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Future of Technology in Retail

The usage of technology has always benefited the retail industry. It has made the industry more organized, accountable and efficient. There is a lot of scope for the implementation of technology. However we notice that many retailers do not know the power of technology which would have immense impact on the growth of sales if implemented. There is a vast growth in technology but retailers still lag behind in implementation.
Technology has grown in leaps and bounds over the last decade and will continue to grow in a geometric progression. Moore's law states that "The number of transistors on an integrated circuit will double over every 18 months". Moore is the co-founder of technology giant Intel. This law changes ones perspective on what impact technology and its applications can have over every industry.
In the retail industry profits are not made through a single transaction but by establishing a rapport and a long term understanding with customers. Getting the customers to be loyal to a store is not an easily accomplished task. It's all about building reputation and studying a customer's patterns over a period of time. Profiling of customers help a long way in establishing a rapport and technology can be used in accomplishing this.
RFID or Radio Frequency Identification is a technology that was invented about 60 years ago but has found its application in the Retail industry only recently. Radio frequencies are unique, so its applications lie vastly in identifying objects uniquely. The number of suppliers using RFID has increased by leaps and bounds plainly because they will cease to be suppliers if they do not do so. RFID can be incorporated into existing supply chain management which can reduce the labor required to monitor the goods movement and inventory flow. Used along with a bar code system RFIDs can allow manufacturers and retailers to complement existing systems while gathering more information throughout a supply chain. RFID's can also act as a security guard at gateways. It can also conduct automatic inventories and reduce stock outs and overages. Accounting discrepancies can also be removed.
Database management systems give retailers efficient tools for profiling customers and managing every point of sale transaction. Well managed and carefully arranged files make it easy to access data from a database. Even a non-programmer can access a database using certain built-in tools.
Large scale markets and malls in India demonstrate a good usage of technology in parking spaces; billing counters and security. The data captured can be used in many ways to give insights on sales and increase profitability. The usage of technology does not end here. It can be used as a powerful marketing tool. Having a website or an online shop can increase sales and also advertise products. It is another avenue to generate revenue and attract more people to stores.
Technology has vast and major implications in virtual shopping, where a customer can shop anything he wants within a few clicks of a button. The best part of having an online shop is that it is accessible all the time. Most stores have a integrated online shopping option which enables customers sitting from their of offices.
Before introducing any new technology to a retail store, a retailer need always ask himself whether it is going to benefit the customer in some way or increases his profitability.
Retail is an industry that is always playing catch up with technology. There is so much scope for retailers to implement technology in their business. The challenge they are facing right now is about how they can go about integrating technology into their business and making it work together as a team to derive the best possible results.

Vishwas B.P
Business Analyst
www.custologix.com

CustoLogix with its wide experience in statistical analysis helps retailer to improve retail profitability through Analytics. To know more about data analytics please visit CustoLogix at www.custologix.com/service

Do What You Do Best - Realistic Technology Tips For Paralegals

You may have heard so much about e-discovery in the last few years that if you see another article, webinar or seminar you might burst. You may feel overwhelmed with technology and that it's moving faster than the speed of light. You may be frustrated with those you work with, because they expect you to be educated on the latest and greatest technology tools, but when it's time for their document review, you're told to make multiple copies or print all the documents out!

The reality is that paralegals are expected to find a unique balance for each case, each legal team and each client. Paralegals have always been required to be flexible, creative and able to juggle many different projects. However, those traits are becoming more challenging as the management of cases becomes more complex. Here are some tips to consider while managing the balancing act as we survive the evolving practice of law.

Understand your role and gather the resources you need to do your job

Paralegals work in different environments. Some have a litigation support professional available to assist them with the complexities of managing electronic data; others are expected to add those responsibilities onto their existing job description; and there are those who are somewhere in between. Wherever you are on the spectrum, you should make certain that you understand the expectations placed upon you and that those you work with understand your capabilities. Your job responsibilities are varied and learning new technologies is an added expectation. Have you been relieved of other tasks with the advances of technology? Likely not! It's okay to be an excellent paralegal and have a skill set whereby you add value and efficiencies to the management of the case, yet not necessarily be the technical processing guru. As a matter of fact, it may be that a paralegal who doesn't have the expertise to internally electronically process productions ends up spending more time doing so - and therefore costing the client more money than if they work with an specialist who does have the expertise. Paralegals need to have a solid understanding of the capabilities of technology, but don't need to be the expert who performs each task. If it's more efficient to delegate these tasks in the best interest of the client because it will lower cost and time involved, then it's your role to recognize that and surround yourself with the appropriate resources. Knowing the appropriate resources is important. Technology is becoming so complex, that specialists are evolving in all its different aspects. You may be someone who is an expert in all areas of technology, but if you're not, stop beating yourself up. Highly qualified paralegals can manage their cases and the electronic component of them equally effectively if they understand their role and surround themselves with the appropriate resources. A simple cost benefit analysis is a good tool to help determine the best approach to a task.

Reality Check - we are not a completely paperless society

Despite the daily blogs and articles about electronic discovery, there is still paper in our world and in the world of our clients. Discovery, in the majority of cases, will include both. Paralegals need to help the legal team with the best management solution. Logic tells us that having our entire discovery in one place, despite its original form, is the most effective. Early on, this was done backwards. Electronic data was received and printed out. It did not take long to realize that it's more efficient to scan to image the paper and keep the electronic data in native form, then load all of it into a litigation support database. Managing litigation documents in litigation support databases is becoming a requirement with most cases today. Paralegals need to understand the processes and have the ability to work with the legal team to ensure that these databases are established for the efficient review and management of discovery. The initial set up of a database and proper collection of documents is the most important component in a productive litigation support database. Data collections that do not capture important information at the outset will be less useful and can leave a negative feeling with those forced to work with it. Likewise, knowing when it's appropriate to print out of the database is equally important. For example, printing deposition exhibits is appropriate. Printing boxes and boxes of documents to put in chronological order for attorney review - probably not. This leads to the next tip.

Be an advocate

You don't have to be the expert on how everything is electronically processed, but having a solid understanding of the capabilities of technology and the ability to communicate with the legal team and clients will add value and efficiencies to your role. It's frustrating to be given an assignment that is so logistically complicated that it throws your entire workflow in chaos. I don't believe that anyone has that intention when requesting deliverables that are either not possible or unduly overwhelming and burdensome. To the extent that paralegals can be involved in the early stages of the case, they can offer suggestions on the most effective methods involving technology and ensure a smooth and effective process for the client. That will sometimes involve educating the people around you and offering alternative solutions. I've heard paralegals say that they were asked to do something by an attorney, but knew it was not an effective way to proceed. They thought, "It's the attorney who asked and I'm a paralegal," so they did what they were told. It's my belief that the better approach to that circumstance would be to offer an alternative solution, explaining how it will be more efficient and save the client money. This approach would be welcomed by the majority of attorneys. Offering alternatives to improve your legal team's handling of a project is not argumentative or disrespectful; it adds value to the team.

Information Technology - Online Degree Options

Technology is continuing to grow and widen every year to encompass a multitude of avenues. Companies and organizations need trained individuals who know the ins and outs of technology in order to provide many services needed to make the company work at the local level and beyond. Many online colleges are offering degree distinctions in information technology. These accredited programs are preparing students to enter the work force and become active, successful members of the industry.
The profession of information technology focuses on computer processes. Proper training teaches students how to manage all the aspects of information in conjunction with technology. Professionals work in all areas of technology by designing hardware, software, Internet applications, communication networks, and more. Individuals will be able to find a career to fit their computer and technology interests because of the wide scope of options available. An education in information technology helps students gain general computer knowledge and apply it to specific areas inside the workplace.
Online colleges offer degree distinctions in information technology from certificates to keep professionals up to date on the latest techniques, to a master's degree and even a doctorate. Through different programs students will learn and posses a wide range of required skills. These skills can include troubleshooting, problem solving, changing technology, developing technology, computer literacy, and more. Degree programs are numerous so students need to know what their career goals are before an appropriate program can be selected. However, every program is designed to give a well-rounded education and earning a degree will be beneficial and critical to starting a career in the field.
Certificate programs are mainly created for already working professionals who want to gain more specialized training in an area or want to learn how to use new technology. Introductory certificate programs are a wise choice for individuals who want to make sure that a career in information technology is right for them. Depending on the certificate program selected courses can range in length from six to 12 months.
A bachelor's degree program is a good choice for individuals who are starting out in the industry. Courses will adequately prepare students to meet the needs of the company or organization they work for. Courses may include instruction on how to install, configure, and operate all the components that make up information technology infrastructure, networks, and servers. Other courses could include instruction on how to implement information technology to meet the specific needs of a company. On average a bachelor's degree program could take a student four years to complete. Most online colleges that offer this degree may require their students to complete approximately 135 credit hours.
Many online colleges offer degrees for students to continue their education and become highly skilled and proficient in information technology, allowing them to move up in the work place. The career options upon graduation are wide and can include positions as technical consultants, programmers, trainers, management positions, and more.
Use your passion for computers and technology by searching out accredited online degree programs that match your interests and that fit your schedule. Many degree options await the dedicated student and the completion of these programs promises a fulfilling future.
DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.
Copyright 2010 - All rights reserved by PETAP.org.

Renata McGee is a staff writer for PETAP.org. Locate Online Information Technology Schools providing the education you're looking for at PETAP.org, your Partners in Education and Tuition Assistance Programs.

1080p Televisions Versus 3D TV Technology

It seems that the TV Technology vogue for 2010 is going to be 3D technology. Films like James Cameron's Avatar and Pixar's Up have caught people's imagination and studios and TV manufacturers alike are going to run with it. Obviously the goal is to drive technology and enhance the viewing experience. However the cynics among us including Mark Kermode believe 3D technology is just the latest technique to combat video piracy. To be honest he is probably right but if 3D technology can be pulled off it will be greeted with open arms by most of the viewing public.
Does this mean the death of 1080p Televisions? I very much doubt it. It will mean that the cost of getting a good full HD TV will further decrease which can only be a good thing. But for the majority of films having 1080p televisions is always going to best until the 3D technology has all the kinks ironed out. And of course the classics are not shot in 3D.
How the Technology works?
Like 1080p televisions each manufacturer will have its own patented technology for delivery of the 3d experience. And currently there are three main methods being employed.
Lenticular technology has been pioneered by Philips, and is available as of today. By utilizing a special lens these TV sets enable viewers to do away with the traditional glasses you will have seen in the cinema. The purpose of the lens is to send a different image to both your left and right eye. That is, your left eye will see a completely different image from your right eye, which will emulate your two eyes' use of stereopsis (the process by which your eyes discern depth). The limitation of this technology is that in order to achieve the full effect you will need to sit directly in front of the TV set reducing the viewing angle. This could be limited in certain room setups.
Hyundai is developing passive glass technology this type of LCD monitor will allow both 2D and 3D images to be viewed. To watch the 3-D images, viewers will need to wear the traditional glasses in order to watch three dimensional media. This technology is essentially a smaller version of what you will have seen in the cinema. To achieve this TV has two overlapping images and the glasses have polarized lenses. Each lens is polarized so that it can see only one of the two overlapping images. Your brain will then do the rest.
The final technology is referred to as active glass similar in some respects to the passive glass system, except rather than the TV doing all work, the glasses do. The glasses synchronize with the refresh rate of the TV, and then they alternate the polarization of each lens, making the wearers of the glasses see 3-D images. With this technology, people could be watching a 2-D movie comfortably, and then at will switch the movie into 3-D. This type of monitor is being developed by Samsung and Mitsubishi. The downside to this is that the glasses that users will ware could be relatively expensive with predictions of around £50 could be limiting for some.
For the time being a better purchase would still be a good quality 1080p TV which will offer an exceptional viewing experience with a proven technology. However in a few years once the technology has matured 3D sets could feature in the majority of living rooms.

For further information on 1080p television technology visit 1080p televisions Price comparison professional reviews and user comments on all leading brands for all major online and highstreet retailers.

Information Technology in Crisis - Three Priorities For IT in 2010 - Part 1

As we launch into 2010, the IT industry is faced with three major challenges. What makes these so significant is they are not on the radar of most companies. In this report I will address the first challenge that we as an industry have ignored. Although I can not provide answers, my hope for this article is to expose the issues and launch a dialogue within the IT community as we search for answers.
This is not your Father's IT
The first challenge I call "Your Father's IT", or better yet, "Your Grandfather's IT" We live in an age where technology is advancing at phenomenal rates. However, companies are slow to adopt these new technologies. The biggest reason is quite simply, legacy IT staff does not know what to do with them! They are stuck in old IT paradigms and can not see how their IT world could be improved with new technologies.
Old IT paradigms are the biggest obstacle to capitalizing on new technologies
In order to adopt new technologies IT has to think outside the legacy IT box. They have to be willing to redefine what IT can become. Let us look at IT Consumerization as an example; Consumerization is the ability for business professionals to use their personal smart phones and other smart devices at their workplace. Today, the "Your Fathers IT" reaction is "No Way! This technology is a security risk and cannot be allowed into the workplace". However, organizations with "New IT" paradigms will look at the new capabilities and determine how (or if) the devices can make their company more competitive. If so, they will find ways to secure the technology and make it work for them. I am not suggesting all new technologies be implemented. I am suggesting the IT industry gravitate to a new paradigm; a mindset that is determined to evaluate how new technologies will, or will not, benefit their business.
Today, "Your Father's IT" waits until the technology is released and the bugs worked out. Eventually they evaluate the technology then fund and finally implement. I have seen this process take up to twenty four months. That is two years without the business benefits offered by the technology. This mindset can cost a company millions of dollars over that twenty four month period. Imagine your competitors reaping the cost benefits and efficiencies of new technologies while your legacy IT is stuck in a wait and see mode of operation.
Companies who have adopted the "New IT" paradigm will be delivering value propositions to the business before new technologies are formally released. Successful companies will not wait to deploy new technologies until current technology reaches end of life. They will do it when there is a compelling business case to do so.
So how does a company break out of the legacy IT paradigm? How do they change their current mode of operation? Can a company teach their Legacy IT new tricks? Can a companies culture adapt to a "New IT" paradigm without external pressures? What can push a company out of its "Old IT" patterns that are so comfortable today? I am convinced that if companies do not adapt to "New IT" paradigms they will not survive the next decade. However, changing paradigms and corporate cultures can be an impossible task. One does not merely decide one day that their IT will think and behave differently from now on.
This challenge is easily ignored and has been for years. However, ignoring this challenge only puts your business at continued risk of becoming obsolete and uncompetitive. In 2010 we must take steps to limit our exposure to this and the two challenges I will discuss in the next reports. If your company is going to survive the next decade you have to come up with answers to these challenges. As I mentioned earlier, my intent is to open the door to further dialogue. Let us consider the door wide open.

I encourage you to propose your ideas and join me in a discussion on this topic at http://groups.google.com/group/itanswers4u

John Bagdanov
Founder and Chief Advisor at IT Answers 4U
John has been in IT for almost 30 years and has supported numerous clients. His IT Leadership experience spans from formal IT leadership to leading world-wide technology projects.

At IT Answers 4U we provide free content on our web site and a fee based Advising service that teaches companies how to run effective IT departments

Visit our site for:
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For more information about John and IT Answsers 4U visit our web site at http://www.itanswers4u.com

Insight Technologies and Their Impact on the Society

Information technology and internet technology have had a very wide growth in recent years. Insight technologies would help people perform multimedia functions, internet connections, social networking and many more. Many of such insight technologies give us the best out of the simple interface. The powers of such technologies have given rise to many technology companies overnight.
Insight technologies are been implemented by certified professional in some of the best companies. They have their own information and assets pertaining to implement the best technologies to their customers. Some of the best insight technologies are as follows,
1. Network Monitoring: Network monitoring on customers perspective and finding out the downtimes require specialized professionals to monitor the network traffic. There are many technologies to provide you a full network backup. Network does not supply the fully needed power to desktops and laptops that are connected to it remotely. There might be essential downtimes in network connections. Such downtimes should be monitored especially for those who require continuous supply of network essentials.
2. Backup Facilities: Many backup facilities are essential for IT industry and software companies. All of these would require risk management and backup management.
3. Checklist Facilities: Lot of planning and implementation would require checklist for the professionals to note down and complete the implementation. Lot of timetables would be required to maintain the network downtimes and route the traffic in a location appropriately.
4. Remote Service: Today internet has made many changes to the world's activities. Lot of the customer care operations today take place remotely rather than taking your appliances to the local service center. Booking for peripheral devices online from different countries would require service from the dealers belonging to those countries. This would require additional overhead by setting up a complete website remote monitoring technologies.
A well-laid insight technology can provide you all these.
5. Installation and Setup: Many people do struggle to install a few components. Remote installation help would be the best option for such people. In that case, lot of network technologies helps us to solve the trouble. Most of the computer methods are bewildering in their setup. Insight technologies enables us to update to the latest software and latest methods used in business.
Insight technologies are such brilliant and well-laid technologies that give us the latest methods in business, marketing, and web development.
I hope these simple explanations will help you get an overview of insight technologies.

Chukwuemeka Fred Agbata is a Serial Entrepreneur, Coach, Internet and Network Marketer. He uses his past experiences to teach people how to lead a more fulfilled life and creates awareness on the importance of going Green. For more tips and training visit Creating Fresh Awareness

Women and Technology

Whenever society thinks of new technology, the first thing which comes to mind is usually a man; rarely do people ever think of a woman. This is no surprise because we live in a very male dominated society: people would not think women and technology would go as commonly together. The reality of this is that this is far from the truth. There happens to be many tech savvy women in the world today. When people think of women in the workforce, often they associate them with financial and medical fields, but there are many women in the technology fields as well. Not only that, but many people believe women do not understand technology; to support such a notion is ridiculous. Women and technology have been a combination for many years. So while women may still be a minority in the technology fields, it does not mean that we are not there.
Often in society, women and technology are usually only seen in terms of telecommunications: this in reality is far from the truth; while it is nice to be associated with medical and financial professions, it should be accepted that we have more technology based operations as well. There may be many women who are professional dancers, but there are also many women who work in technological fields as well. There are many female graphic designers, web developers and web programmers in the world. Slowly, as more and more women are becoming educated throughout the world, we gradual are seeing more and more female workers in the technological fields: perhaps someday there will be even more women than men in these fields.
Often I hear mean telling me that women and technology just don't mix. They tell me how women are technologically inferior. In some cases this may be true: some women who were not raised around computers may not know all too much about them. The same however goes for men who were not raised around computers: they won't know their ways around computers as well. Women who are exposed to technology at the same time, it is actually noticeable that women will learn and grasp the technology much quicker than the men will. Unfortunately, the society which we live in is like this today, women and technology together is not always seems as a good thing; in reality, this is must be changed to benefit everyone.
If you really think of it, women and technology go together like a vase and flowers. The way educational standards are going throughout the world, perhaps someday soon women will not only be seen as tech savvy, but they will be considered even more so than their male counterparts in the workforce and in everyday life. A lady can be sophisticated and tech savvy at the same time.

I say that women and technology go hand in hand because I am Josephine Flores Pizarro: a proud web developer. There are many other tech girls out there besides me and we are proud of who we are.

Fear of Technology - What and Why

Did you know that a significantly percentage of today's modern people actually suffers from a condition called fear of technology. Strange as it may sound, in America, arguably the most advanced country of the world, 55% of the population actually fears to take advantage of technology in their everyday lives.
Today, we agree that we are dependent on technology but yet most people generally feel uneasy about technology. One subconscious reason most people who afraid the technology are understood to have is that with the use of technology they feel enslaved to some outlander influence.
There are two general reasons for people fearing the technology. First reason is the gross lack of understanding of the scientific and technical aspects of our day-to-day technology. The other reason is the flawed personal-belief of people that the advent of technology has marked an unwanted intrusion in their otherwise natural world.
Even though it's mostly subconscious but those who fear technology must understand that the augmentation of technology is only natural. So much so that fearing the technology is actually fearing ourselves. We need this whole fear of technology to cease immediately.
One reasoning for this fear of technology is that human psychology is to fear that which it cannot control. However, what needs to be understood is that no matter how advanced or developed it is technology is still lifeless. It cannot do - and does not do - anything that it's not made to. Technology is harmless as it is completely controlled by humans.
Another explanation for human's fear of technology is our psyche to always look backwards with a bright mindset and to always be wary of the future. But today with so much and such great technology around us shouldn't the fear of technology be just fading away? This irrational and illogical fear of technology only drags us behind that we actually are in time.

Get more help to overcome your fear of technology with this easy to use hypnosis fear of technology solution.

Collecting on Telemedicine's Promise, Technology Catches Up With Provider Needs, Giving Them Options

Just as technology must evolve to meet consumer needs, telemedicine has reached a pivotal point in its development that finally makes it a realistic option for senior living providers. Telemedicine talk and try-outs have long been part of resident care discussions, but only now can the technology really start making good on its promise of providing effective virtual care-bringing physicians and residents together, despite the miles between them.

It's welcome news for senior living companies seeking innovative ways to enhance the resident experience by making medical care accessible in ways that are both convenient and cost effective. Plus, as acuity continues to rise, the need for quick and easy access to physicians and specialists grows for residents-and being able to meet that need also makes a community more competitive.

Exploring Care Options

The term telemedicine could encompass a variety of technologies, including wireless in-room monitoring systems for residents and some emergency-call systems. But on the cutting edge of those technologies is telemedicine in its truest sense-the use of audio, video, and other means to capture vital signs, transmit data between multiple locations, and facilitate virtual visits with physicians. Most technologies specific to telemedicine "seek to replicate remotely what happens in a clinical setting, a doctor's visit, or a nurse's visit," says David Stern, chief professional officer of Living Independently Group, a telemedicine technology supplier based in New York City.

Traditionally, if a resident needs to see a physician, a family member must provide transportation and assistance or arrange for the resident's community to do so. Either option can be a logistics challenge, an additional expense, and a stressful situation for the resident.

"It makes logical sense to explore the role [telemedicine technology] could have in assisted living, and in senior housing in general," says Elizabeth Wheatley, corporate director of clinical operations for Newton, Massachusetts-based Five Star Senior Living. In addition to enhancing resident care, Wheatley also sees the long-term business benefits. "The bottom line is we want to help our residents stay as healthy as possible so they can stay with us. So I think this will help us with resident retention in the long run." Ideally, Wheatley envisions a telemedicine system that combines video communications and clinical data. "It could allow more frequent communication between the resident, the community, and the provider. That means you might be able to identify subtle changes in their condition a little early on," she says. Researchers at the Texas Tech University Health Sciences Center in Lubbock have shown that such a system is possible. They have been working with a local assisted living community to demonstrate a telemedicine system that incorporates a desktop audio-visual system and a hand-held camera for diagnostics. Researchers report the ability to deliver a variety of primary care services remotely that will reduce the need for in-person visits.

Testing the Technology

Since telemedicine technology began rolling out in recent years, senior living executives have been watchful of its business benefits. More than this, though, they're intrigued by the potential boon to overall resident wellness.

"The idea that we can do some minor diagnosing through a [virtual consultation] versus sending someone to the ER just to get diagnosed for a urinary tract infection-that's what interests me," says Bettina Suarez-Roskosh, national director of clinical services for McLean, Virginia-based Sunrise Senior Living.

At The Arbor Company, based in Atlanta, Vice President of Quality Mary Campbell Jenkins points to a variety of in-room and kiosk-based technologies that allow residents to self-collect data and report various vital measurements such as weight, blood pressure, and even blood sugar levels. The information is recorded for caregivers and sent electronically to physicians.

This type of telemedicine technology in some ways "enforces a discipline about collecting that information," Campbell Jenkins says. "It heightens awareness and, from a corporate perspective, it allows for a greater degree of oversight."

On the other hand, implementing telemedicine technology isn't as simple as buying a new gadget and using it. As with any technology purchase, the consumer assumes risks-and in the case of telemedicine kiosks, an unforeseen circumstance forced The Arbor Company to discontinue the use of such a kiosk at its community in Decatur, Georgia.

Technology - Who Needs It?

Technology, that's what got us all into this mess isn't it? The internal combustion engine, jet propulsion, mechanized farming, power stations, pesticides, industrial pollution; the list goes on, and on. And now we're due to pay the price with both global warming and oil depletion looming as a result of squandering the earth's resources to feed our addiction to technology.
Surely, since technology is so clearly to blame, we should strive to roll back the tide and oppose further so-called technological progress?
Do I hear any takers for this proposition? A return to a golden age, lit by candles at night and warmed by the crackle of logs in countless hearths; a renaissance of home grown crops, chickens in the yard and beating your clothes on a rock down by the river just like you see in the movies?
Oh I'm sure there are some diehard romantics who buy into the self sufficiency fantasy, but the really inconvenient truth is that if we all set about burning logs to boil lentils and heat our fashionable Yurts we would deforest the place within a month; without modern pesticides and medicines we would be lucky to escape the first year without calamity on the scale of the Great Irish Potato Famine and we could pretty soon reduce life expectancy to levels last seen in the 16th Century (or modern Zimbabwe if you prefer). As for "natural transport", this was quite commonplace at the beginning of the 20th Century and the streets were ankle deep in horse dung.
So back to the cold shower of reality. Yes, technology has laid at our door responsibility for global warming and depletion of precious natural resources; but technology is also our only realistic hope of making amends and crafting a world we might not feel deservedly ashamed to pass on to our children.
So what exactly has technology ever done for us? Well, there's warm homes and lighting at night; better and more plentiful food and refrigeration to keep it from rotting; ability to routinely travel distances once considered inconceivable; and communication, both mass communication and personal.
Identifying the cost incurred by heat, light and power for domestic appliances is easy. Electricity. This in almost all cases currently comes from power stations that burn oil, gas, or coal (the contribution from nuclear power is still almost negligible).
Travel is even easier: essentially set fire to some form of oil. Trains, planes, buses, boats, automobiles, you name it; they all use engines that burn hydrocarbons.
Communication (other than that brought about by physical travel) is however unlike the other examples and not a paid up member of the heinous Axis of Energy. Yes, some amount of oil has been used to transmit the electronic bits this article is actually made of, and some more went into the plastic device you're reading it on and more still is being burned now to power said device. But in the grand scheme of things, it's actually a pretty trivial amount, even when we all do it.
Anyway, the question we need to ask is: do we want, or can we even afford, to be without any of these benefits that technology has brought us? With the exception of modern travel, the answer is most likely to be a clear no.
Without warmth, light and food we may as well pack it all in right now and collectively slope off to back to scratching out the short, nasty and brutish existence our forebears worked so hard to spare us. But the thing is this; it's not necessary to trash the planet just to supply the basics. Every day a big orange thing appears in the sky and throws more heat and light at us than we know what to do with. Spot the key phrase? "know what to do with".
Technology (the forbidden T word) for utilising and storing sunlight in the form of hot water and electricity already exists. Solar lighting has been around for quite a few years, and with economic conditions starting to swing decisively in favour of "renewable energy" solutions, it is a technology that is being rapidly developed and deployed into ever more homes.
Within just a few years before the economic pull of solar technology and the push of rocketing oil prices will persuade a majority of households to switch to supplying their own domestic power needs. In the end money always talks and by the time the payback period to free electricity falls below 3 years the slow shuffle towards renewable energy will have become a stampede.
Which means that technology, admit it now, will have helped soak up a significant part of the problem and you can pour yourself a nice cold beer and carry on reading this article; snug, well fed and with a clearer conscience about the electricity you're using. Which brings us to communication.
You're reading this article, one among many others no doubt, and I will read what other people have to say about things and between us all we end up with a vast melting pot of ideas and ever shifting consensus. It may or may not have occurred to you for example that LED home lighting provides a means to light your home at a fraction of the existing cost in terms of electricity consumption, but you certainly know about it now and may takes steps to find out more and even install some.
Why wait for the lumbering bureaucracies of governments to form committees, draft turgid reports and pander to special interest lobbies?. Anyone living in a building to which they can attach solar panels and install low energy products can unilaterally take themselves "off-grid". And they can exchange ideas, experiences and advice with millions of others who might then also feel sufficiently informed and confident to follow suit. The best thing about this though is that it is intrinsically scalable. There is zero requirement to build new infrastructure capable of handling millions of homes - we each take responsibility for our own electricity supply and usage.
Of course this all very well for anything normally powered by electricity, but for transport it's like trying to drive home a nail with a screwdriver. Yes, there are a few electric cars being made, but not enough quickly enough and the existing infrastructure is predicated around gas stations and the distance an automobile can travel before it needs refuelling. And I don't see a queue forming for the electric aeroplane.
But why do we even need to do all this travelling? You and I don't need to meet face to face for me to express my views on technology. Much hogwash is uttered about how business relationships require physical contact, yet my own experience flatly contradicts this and I suspect I may not be alone. I don't even need to go to an office to do what I do to earn a crust; anyplace with an internet connection is fine, like my home for example.
What about shopping for food and other items? I do it online. It's more convenient, there's considerably more choice at my fingertips than even the most largest shopping malls, it's easier to compare price and service levels, it's typically cheaper (since the goods are shipped from a warehouse not a fancy store that has to pay staff) and best of all it's the most fuel efficient solution.
One large courier or supermarket van can deliver to scores of customers on a single delivery run. Put another way, that's scores of customers who left their automobiles in the driveway rather than round trip to go pick stuff up themselves. And the reason I and millions like me can do this? Technology. The same one you're using to read this.
Technology is one of our defining characteristics as humans. It can be a blessing or a curse; a path to salvation or a road to damnation; a force for good flawed by an ever present capacity for malice and harm, just like us in fact. If we roll back the technological progress of the last decades, centuries or how ever far you like, then we will simply add the difficulties of that time to those of our own making.
There never was a golden age. Every generation has faced and tried to resolve its own issues. Not infrequently the solutions caused their own set of issues. But that's always the job facing the incumbents; to fix the problems in front of them, not to whine about history. Technology is simply the application of ideas to solve problems. Who needs it? We do, now more than ever before.

Read more from KuleKat about the evolution of technologies that address the major issues of our time, from their humble beginnings such as LED garden lights to full blown domestic LED lighting.

Biometric Technology, Are They New Toys For Children?

As a mother, I can truly understand how parents across the world feel about their children. The parent-child relationship is a universal one. It crosses languages, barriers, and borders and speaks the same language of love and protection. All parents have the same goal - to protect their children from the problems of the world. Obviously, most parents would like their children to grow to be model citizens and they would never want their children to be associated with anything criminal. Fair enough... but (and of course there is a but to everything, isn't there?) there are two sides to everything. The knife that we use to cut fruits and vegetables could also be used to kill! Does this mean that we should stop using it?

I believe it all depends on how people look at things. We can choose to be positive and to look at all the positive aspects of life, or we can choose to be pessimistic and to be threatened by every fly that passes by. (Flies can carry germs!)

Recently, I have been reading countless accounts of parents who are paranoid about fingerprinting their children, and so far I haven't been able to understand what the real issue at hand is. We have made numerous technological advancements to make our lives easier. We believe that now, in the 21st century, we are more civilized than man has ever been. So why are we not able to accept certain changes which come due to new technology? Is it because we are inherently pessimistic and cynical? I'm sure that when Marie Curie discovered Nuclear Physics her intentions were clearly not to create nuclear bombs. Humanity has benefited greatly from the development of nuclear science. Still, every time we hear the word nuclear we think of bombs and wars. It is the pessimistic nature of modern man that guides our thought process in this way.

It is true that fingerprinting has been used in the past for identifying criminals. However, the technology has evolved just as most technologies tend to do. It is rare to see someone today with a car phone or with a computer the size of an entire room. These technologies have evolved, and certainly for the better. Today, fingerprinting is generally used as a device to accurately identify people. In fact, there are a number of other biometric technologies available. Such technologies include signature readers, retina scanners and DNA samples. These have all been used to identify criminals at some point or another. But DNA is also used for many scientific tests and the study of DNA has advanced so greatly that medical science could not possibly think of doing away with it. If you were being treated for a sickness and your DNA needed to be analyzed for a possible genetic disorder, would you choose to die instead because DNA sampling is used to identify criminals? Of course this is an extreme example, but I doubt that anyone answered "Yes, of course!"

We show our children TV shows like Star Trek, The Jetsons, etc. All children have seen doors slide open and computers accessed by using fingerprinting technology "in the future". Why can't we realize that "the future" could be now, if we would only allow it to happen?

Parents are concerned that their child's fingerprint will be stored in some kind of database. To be honest, I was also concerned about this at first. However, I felt that I should gather extensive knowledge about the technology before I shot it down without a second thought. I have done online research and contacted reputable firms that offer biometric technology like M2SYS, Motorola, NEC (citations to these websites are given below) etc.

M2SYS they are an American reputable leading company in fingerprint biometric technology and most of their clients are private firms, school, gyms, banks, clinics, etc.
Motorola and NEC are big multibillionaire companies that produce high-fi biometric technologies for big government agencies all around the world.

These companies confirmed what really happens when an individual is fingerprinted. It basically breaks down into an initial enrollment process and an identification process. During initial enrollment, an individual scans his fingerprint for the first time. The biometric software recognizes certain unique, key points of this individual's fingerprint. These points are then converted into a series of numbers, or a binary string. Then, each time the individual scans their fingerprint for identification, an algorithm is used to determine if the binary numbers match up with the fingerprint. If they do, then voila! The software provides instant and secure identification.

If you are still scratching your head at this point, you are not alone - I was too. Most of us will never understand the entire science involved in biometric identification. But what is easy to understand is this: every software company uses a different algorithm. There is not some magic, all-encompassing fingerprint algorithm that every company uses within their software to identify people. This means that if you had two children attending schools in different districts that were both using fingerprint identification by different biometric companies, and you accidentally sent them to the wrong schools (Mondays...) there is no way that either child could be identified. Their prints are not stored in some common database. All that is ever stored is a binary number associated with points of their prints that can only be accessed by the company that has provided the biometric software. These companies are not even associated with the government. They are mostly private technology companies just looking to sell their software solutions.

Biometric technology can be beneficial to our children by improving the security at schools and increasing the overall safety of our children, all with binary numbers which are useless to anyone but the private biometric company. I would advise every parent to do some research into the realities of biometric identification and to unveil the myth behind the infamous fingerprinting technology.

Of course if we want to think negatively, nothing is one hundred percent foolproof. Computers make our lives easier but they can be hacked too. However, if the biometric software is hacked, the thief would be disappointed that all he would receive were the useless strings of numbers. As one company put it, it would be easier to steal fingerprint data from something a child had touched than to design an intricate reverse algorithm; all to retrieve a useless series of points of a fingerprint.

Life is full of possibilities if we think positively and are open to new technology. I, for one, am more interested in my child safely growing up in a world full of amazing technological advances that my generation could never have even dreamed. I believe that this world is possible if we don't hinder its progress by bashing advancements that we know nothing about. In the end, we may all have different opinions, but I am asking that we all gather knowledge about each new technology before we ruin a great possibility for our children.

Online Information Technology Career Options

Technology plays a roll in almost every aspect of society today. Technology and computers have worked their way into virtually every home and company across the nation. With this fact comes the necessity for trained individuals who know how to create and implement technology in a variety of ways. Many accredited online schools offer degree distinctions in information technology. Prospective students have a wide range of study options as well as career options.
This field of study allows students to gain an education from earning certificates in specialized areas to obtaining an associate's degree to a master's degree. In some fields a doctorate is also available to students. There are different degree options prospective students have when enrolling in an online degree program for information technology. Certificate programs are typically designed for already working professionals who want or need to brush up on the latest technology, and help individuals stay current and competitive in this fast paced industry. Associate degree programs will prepare students for entry-level positions. Students will gain a broad overview of the field and training may take one to two years to complete.
A bachelor's degree is usually a four-year program that prepares students in a variety of ways and settings how to design software, create communication networks, work with Internet applications, and more. A master's degree or PhD in the field usually requires one to two years of additional study. These programs are designed to immerse students further into the procedures and principles of information technology that will properly prepare them for senior level careers.
The industry has become increasingly more popular every year with more companies, organizations, and individuals relying on technology and computers. Students will have numerous avenues to choose from when selecting a career path to follow. Students can prepare for their career by getting as much experience with computers as possible and gaining an accredited education. Many individuals will join Internet communities that are dedicated to information technology to stay current with the latest trends and software. These actions will help prospective students in choosing a career path as well as help them with their career.
The most popular career paths are technical consultant, computer programmer, and information technology instructor. Technical consultants are hired by companies to help them install new software, update computer systems, and consult with the company to see what software is right for their needs. They also continue to help the employees understand how to manage the software after installation. Computer programmers take specific functions needed by a company and implement them into a computer system. Translating instructions into a language the computer can read is the overall goal of this career path. Information technology instructors work within technology based companies and schools to instruct students on the different uses of technology. Their goal is to send individuals into the technology industry with confidence.
Start your education today and become a part of this fast paced career. Search for online information technology schools that offer a degree program that will put you on the right track towards your chosen career path.
DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.

Copyright 2010 - All rights reserved by PETAP.org.

Renata McGee is a staff writer for PETAP.org. Locate Online Information Technology Colleges providing the education you're looking for at PETAP.org, your Partners in Education and Tuition Assistance Programs.

Technology Management MBA - Curriculum & Tips to Choose the Right MBA Program

Whether you plan to enter a master's program right after college or you plan to return to school after years in the industry, choosing a technology management MBA program is the first step in securing your financial future. In addition to competitive salaries, this career field promises to offer stability, growth, and versatility.

Technology managers hold roughly 293,000 positions in the technology industry. During the next eight years, the workforce is expected to grow by 17%. This means technology management MBA graduates will have an opportunity to compete for more than 50,000 positions in the coming years.

According to JIST Works, earnings growth potential is expected to be "medium" and salaries will vary by industry. For example, technology managers in scientific & technical consulting services average $124,100 per year, while research & development professionals average $120,070 per year.

To start a career in technology management, you should enroll in an accredited technology management MBA program. You can earn your MBA in a traditional or online environment. Most MBA students work in the field, full-time. The flexibility and convenience of an online program allows students to keep their full-time jobs while earning a degree at night, on weekends, or just about anytime.

A large number of traditional colleges offer all or part of the MBA degree program online. All you have to do is check the school's online division or check with the distance learning department. There are also a number of non-traditional colleges and universities that operate (for the most part) in an online environment. For the aspiring technology manager, online business schools, as well as traditional schools offer MBA programs with concentrations in operations management, human resources, labor relations, finance, and more. Information about where to find online business schools can be found at the end of this article.

Whichever format you choose, there are a number of things to look for in a quality technology management MBA program. First, the program must be accredited. The accrediting agency must be recognized by the U.S. Department of Education (Ed.gov). The top accrediting agencies for business schools include:

-Association to Advance Collegiate Schools of Business (AACSB)
-Association of Collegiate Business Schools and Programs (ACBSP)
-Council for Higher Education Accreditation (CHEA)
-Distance Education and Training Council (DETC)

You may also look for accreditation by a regional accrediting agencies. The following are recognized by the U.S. Department of Education as well:

-Western Association of Schools and Colleges
-Southern Association of Colleges and Schools
-Northwest Commission on Colleges and Universities
-North Central Association of Colleges and Schools
-New England Association of Schools and Colleges
-Middle States Association of Colleges and Schools

History of Multi-Touch Technology

During the last 10 years, the multi-touch technology has rapidly evolved and has been implemented within a multitude of devices, software programs and hardware. In the years to come, the this technology will be even more used and will soon become part of peoples' day-to-day lives enabling them to easily interact with a computer screen or device using solely the fingers.
Even if the future of multi-touch technology is the most important aspect scientists should focus on, it is better from time to time to take a trip down to memory lane and assess its evolution.
When did multi-touch technology appear?
The origin of multi-touch technology takes us back to 1982 when Nimish Mehta from the University of Toronto was the first one developing the finger pressure display using this technology. The year 1982 was an important year in multi-touch history because after the discovery of Nimish Mehta, other engineering companies like Bell Labs got involved in the development of this technology.
In this way, in 1983 there were many discussions related to multi-touch screens and this new revolutionary technology, which led to the development of a touch screen that would change images by using more than just one hand. Over time, Bell Labs decided to focus more on software development rather than hardware and had registered important success in the field of multi-touch technology.
Until the 20th century, the multi-touch technology was not so popular due to the lack of breakthroughs in this domain. However, the success, popularity and use of this technology started to change once with the breakthrough of Pierre Wellner in 1991. In his paper "Digital Desk", Pierre Wellner presented the advantages and mechanism of multi-touch technology, supporting the idea of multi-finger use.
Furthermore, starting with 2001, all these papers and inventions were further analyzed, improved, expanded and developed in today's multi-touch devices, software programs and hardware. The main player in the multi-touch technology market was Apple who in 2007 launched the iPhone. This product led to an increase in popularity and use of this technology as more customized, robust and gesture-based devices were developed since then on.
In other words, even if the roots of multi-touch technology are related to the year 1982 the real development of multi-touch solutions as we see them today is related to the discoveries reached since 2007 and on.
Finally, the future of multi-touch technology seems bright as more and more solutions are developed on a daily basis and implemented in all types of businesses and fields of activity like medicine, banking and most importantly - the engineering domain.
During the last two years there have been many developments of solutions, either as devices, software programs or hardware. Whether we are thinking of multi-touch tables, multi-touch phones or multi-touch displays, this technology definitely represents an area of expertise which has yet a lot to reveal.

Eric Palto is a technology analyst and a regular writer on new technology topics. He also comments on and discusses new technology companies in the market. A company which captured his interest recently was TouchData LLC.

Multi-Touch Technology Solutions

These days the multi-touch technology is rapidly expanding and the consumers are enjoying the great achievements made by engineers working in this field. Until a few years ago, the products developed based on multi-touch technology were rather rare but highly attractive. In contrast, today the multi-touch technology is widely used and embedded in various fields of activity, but mostly importantly in the engineering field.
What is multi-touch technology?
In order to better picture the future of multi-touch technology, it is important to acknowledge its true meaning and assess its evolution until today.
These things being said, the multi-touch system enables people to interact with a computer screen, smartphone or other portable devices by means of a touch screen or touchpad. However, a specific type of software must also be developed which ensures the recognition of multiple touch points performed simultaneously. This involves finger pressure, heat, but also optic capture or ultrasonic receivers.
The user is able to interact with the device by using the simple movement of fingers onto the surface of the touch screen or touchpad. In this way, commands are sent to the device and performed accordingly.
The use of multi-touch technology
Taking into account the fact that the multi-touch technology based on finger pressure on multi-touch displays was first developed in 1982, we have all witnessed a rapid increase in the implementation and use of multi-touch technology during the last ten years.
Hence, currently the multi-touch technology is being implemented by many companies all around the world, especially as multi-touch displays, multi-touch pads or notebooks and tablets. In the same time, the multi-touch technology is also used to develop competitive software programs such as Windows 7, iPhone OS or the recent versions of Linux.
Until now, many other portable devices have embedded the multi-touch technology such as iPod touch, MacBook, Samsung Moment, and in the category of desktop products we mention Microsoft surface or Dell Latitude.
The pioneers of multi-touch technology
Even if Apple Inc was the first one launching the revolutionary iPhone in 2007, today there are many other companies like Perceptive Pixel Inc., GestureTek or TouchData LLC. that develop advanced and professional multi-touch solutions applicable in any domain.
Such companies are investing a lot of money in the engineering research field, but their solutions ensure functionality, effectiveness and interactivity with various devices on the long run.
In the following years, the investment level in multi-touch technology engineering will definitely increase and this will lead to the enlargement of the applicability and use of the multi-touch products and devices.
Furthermore, these companies do not focus only on the development of multi-touch displays or tables, but also on the development of software programs and hardware based on multi-touch technology concepts. In addition, taking into account that the use of multi-touch solutions is continuously increasing and expanding its use on various fields of activity, we will soon enjoy other revolutionary and exceptional multi-touch pieces work.
In conclusion, the multi-touch technology represents a fast evolving field where engineers from all over the world are struggling to find ways to enable users to easily interact with devices. Hence, when it comes to such achievements we should all stay up-to-date regarding the latest multi-touch solutions and devices that definitely add more value to our lifestyle.

Eric Palto is a technology analyst and a regular writer on new technology topics. He also comments on and discusses new technology companies in the market. A company which captured his interest recently was TouchData LLC.

What Happened to Window Technology?

What happened to the grand dreams of advanced window technology we heard about 30 years ago? We were all told to expect window innovations that would revolutionize our lives. We were told to expect such things as windows that would open and close themselves according to a schedule or by some smart technology that would regulate inside temperature more effectively. There was also speculation of windows that would darken or lighten to filter out light, heat and UV by merely turning a knob or flipping a switch. Yet here we are decades after those promises were made with limited window technology available.
About the only window technology available to consumers that is readily available and cost effective is low e glass or multiple thermal pane windows. Sure we can apply electric motors to some types of windows, or add different films to windows to achieve different degrees of darkening but we don't really consider these as high technology promise fulfillment.
When I think of high tech windows I tend to think of such things as star trek. OK so Star trek might be a little over the top but when the idea of high tech windows comes to mind I tend to think of more than a simple window that opened with a crank handle or sash pull. Granted windows have come a long way in technology that we don't see. Low e glass is one that we often don't think about. A technology that has been around for many years, it cuts down on the harmful UV light that enters our homes fading our carpets and furniture, it also reduces the amount of excess heat during warmer weather cutting cooling costs by a large percentage. It can also be used, depending on how the film is applied to the window, to reflect heat back into the home during cold months thus saving on heating costs.
I can remember as a child seeing those late fifties early sixties news real type shows that depicted the home of the future with smart appliances as well as smart windows and doors. Much of those shows that dealt with early concepts and early ideas about how technology might be used in the future have seen those ideas come to fruition.
You can go into almost any home and find smart appliances such as refrigerators and ranges, heating and air conditioning systems, even water heaters and washing machines. All of these types of appliances have come of age and adopted some type of smart technology. But what happened to the innovations we were told would be coming for windows?
S P G or switchable privacy glass was one innovation that was predicted to be commonplace in the home by the year 2000. That technology does exist but isn't commonplace. Photo gray windows such as the glass used in optical lenses were believed would also be commonplace by now but are not.
The actual photo gray technology like that used in optical lenses proved to be too expensive for window application. But other tinting or automatic darkening technology does exist but is generally still too expensive to be commonplace in consumer windows. It is however a technology that is in use in some commercial applications.
Other technology such as switchable privacy glass has actually made it into consumer based product production at one time or another but with very limited success. Not for lack of interest in the technology by in large but rather because of the failure of the technology to meet the needs of consumers or simply the failure of the technology to deliver as promised.
The Milgard window company actually put a version of smart switchable privacy glass windows into production for consumer windows. The windows seemed to be well received but Milgard was forced to abandon production because of technology failures resulting in an unacceptable rate of return and general dissatisfaction of consumers with the product. They have abandoned the idea for now at least in favor of an auto tinting window technology which is still under development.
Other window companies as well have had similar experiences with switchable privacy glass. But the idea is not dead in fact it has had a recent revival at Indiana university where the largest switchable privacy glass project ever undertaken has been complete on the Health Information and Transitional Sciences Building using SPD light control film produced by Hitachi.
Although this again is a commercial application for a new technology it speaks of hope for future consumer window products. Generally speaking, new technologies that arrive in the consumer market place are first proven in the commercial arena.
Many of what were once thought of as "space age" window technologies have come to be realities, but not many of them have become consumer affordable realities yet, and I stress the word yet.

Scott Best is a freelance Author in association with Brand New Windows.Com. Scott Writes for many websites.

With his unique perspective on many issues and topics Scott lends a high level of professionalism to the topics he writes about. Learn more about Scott at his site. Scott Best Articles.Com

Solutions Based on Information, Then Technology

Many teachers and professors are looking for the magic touch of technology to implement into their classroom experience. They review many software titles, read up on the latest and greatest technology, go to conferences, and in general get very involved and engrossed in researching the products available to them that they could use in their class or school. Some companies will tell them there is a great solution to their information technology needs, involving complex systems and high cost.
Sometimes, contractors or consultants are brought in to suggest a solution, usually suggesting the technology their organization happens to sell. School IT directors read how information technology workers will be the workers of the future, and that without this type of learning, their learners will slip and fall behind technology workers in other parts of the world. As we speak, India intends to pass the U.S. in graduates with higher degrees that can do work at less cost and faster than their American counterparts.
Administrators see these signs and become concerned that they need to implement a similar solution to a peer school or college, in order to keep student numbers or improve grades. But what is the correct solution, the right approach to harnessing technology in the classroom? The correct approach should be geared on information, not technology. A little explanation: What is the purpose of bringing technology into the classroom? Is it to simply say "We use technology day to day in our learning environment"?
Is it to meet a mandate of a particular number of computers or hardware pieces per learner or student? Almost always, these reasons will not suffice for giving a student information technology skills. The reason should be to provide information to students and teachers, using the best information technology solution to meet that goal. Technology is changing very rapidly, but the information it is providing is timeless. Whichever solution is chosen, it should help the learning, not necessarily be the object of the learning. The technology solution should provide the means of learning for students, it should be flexible, and robust, and not interfere with the learning in the classroom.
For the same reason, when choosing a vendor, implementer, consultant, or contractor, they should understand these basic facts also, and be encouraged to work with the school or learning institution to sufficiently meet the goal of enabling a rich learning environment. The best information technology solutions are the ones that have emphasis on information, with the technology geared toward providing it.

Discuss Information Technology Solutions [http://www.everything-it.com/solutions-based-on-information-then-technology] In the Classroom at http://www.everything-it.com, a blog concerned with all the issues surrounding information technology, written by an information technology veteran.

Earn Your Associate's Degree in Information Systems and Technology

Students who are interested in computers and information systems should pursue a college education in information systems and technology. This training degree program usually consists of specialized computer courses and information classes. By pursuing this education training program, students are well prepared for a career in a corporate environment.
The computer and Internet have undoubtedly changed the world and how its inhabitants communicate with one another. People are able to broadcast their personal lives, look up information, play video games with users on another continent, e-mail their friends and relatives, send photos, network with business associates and publish blogs at a rapid rate. With the Internet changing at such a quick pace, new technology, computer processes and software is continually required to maintain the safety, efficiency and proper usage of computer technology and the Internet.
If you love working with computers, the World Wide Web, new technology and enjoy troubleshooting, then a college Associate's Degree in Information Systems and Technology may be the right career choice for you. This college education program provides the basic career training foundation that gives students career flexibility in selecting a technology or computer-related occupation. After graduation, students can go on to pursue a Bachelor's Degree or delve immediately into the working world.
Information technology students should be able to quickly identify problems that may interfere with a computer's basic operations, love to troubleshoot, problem solve, enjoy working with other team members and possess a thorough understanding of the basic operations of technology. Acquiring an Associate's Degree will only take a student two years. During this time, students will learn by engaging in many hands-on training courses and computer classes.
The curriculum educates students in the fields of data storage, programming practices, development cycle, technology applications in business strategy and ethical and legal technology issues. Students will be able to locate information resources and evaluate them for relevance and credibility. An Associate's Degree in information technology will give students a thorough comprehension of all cyber-related
processes.
Information systems management courses are designed to help students develop the ability to manage and organize the vast information resources of an organization. These classes give students a thorough and in-depth understanding of management standards and the fundamentals of information and technology systems. With this diverse education, students are able to become an integral part of many different corporate environments. Students who wish to pursue an Associate's Degree in Information Systems can expect to:

• Learn the basics and fundamentals of computers and the Internet
• Become familiar with potential threats, viruses, malware and other hazardous elements that may cause damage to a computer
• Work firsthand with experts in the information advancement and computer technology industries, participate in classroom discussion that allow you to ask questions and test your own theories
• Experiment with new technology and software programs that are currently available on the market
• Learn about information and data storage, retrieval, manipulation and other data processes
• Learn about business settings and how technology relates to the corporate world and its everyday operations, experience how technology benefits a business environment in many different contexts

Choosing a career isn't easy. But if you love computers, the Internet and technology, you may benefit from an Associate's Degree in Information Technology Systems Contact Potomac College today. A successful position in information systems is waiting for you.

How To Manage Technology Projects

As your business grows, you will likely find more ways to use technology to increase production (and hopefully, profits). Making the decision to enhance your technology environment in order to achieve your business objectives is a necessary milestone, but it is equally important to identify the scope and budget of your project before jumping into implementation.
This article explains a phased approach that will help you maximize your budget and provide the greatest results when considering a technology enhancement.
Phase I - Business Need
This initial phase is designed to help you determine if you have answered the "why" questions as it relates to your objectives. You should be able to clearly identify the business benefit (return on investment) for your potential project after completing this phase. Here are the steps that will guide you through this phase:
1. What is the problem/deficiency that needs your investment in time and money to be solved?
2. Does your business challenge absolutely require new or enhanced technology?
a. Do your employees require additional training with existing systems?
b. Can the challenge be solved by changing the workflow or business practices?
3. Once the problem is clearly defined and the solution points to technology improvements, a preliminary budget can be established.
Phase II - Budget & Scope
In Phase I we qualified our potential solution within the realm of technology and now we need to define the scope of the solution. Without defining scope, you will run the risk of your project growing out of control in both time and money. This is the phase where you should spend the time to clearly document the business requirements or "what" will be implemented.
1. Bring all the necessary players together to discuss the objectives of the project.
2. Determine how the problem that was identified in Phase I affects all key players.
3. Discuss how the problem can be solved with technology and be specific as it relates to your current business practices and workflows.
4. Document your findings and discussions.
5. Once the solution has been identified, you can present your documents to your preferred vendor(s) and obtain proposals or quotes.
Phase III - Pilot
Implementing any technology project can be challenging in that technology itself changes so quickly and your employees may have different expectations with the solution. A pilot phase is very effective to "test" the solution and confirm all expectations are met.
1. Once your vendor has been identified, you can request a pilot or trial solution be put into place for limited use to test results.
2. After the pilot solution is implemented, be sure to measure the effectiveness and verify that the problems in phase I are being solved.
Phase IV - Implementation
So now you have confirmed that the pilot is solving some or all the problems identified in phase I, now you are ready to rollout the full solution. It is very important to closely manage your vendor and be sure they are delivering what they promised within their proposal.
1. Create a project plan that consists of key milestones for the implementation of your solution.
A sample plan is shown below:
* Project Kick-off
* Budget review
* Set timelines for remainder of project
* Determine training requirements
* Technology install/enhancement
* Document the changes in your existing workflow
* Create a forum for employees to provide feedback during this process
* Develop a suite of tests that verifies the newly installed technology does not break any existing processes.
* Develop a suite of tests that verifies the newly installed technology meet the expectation of the proposed solution.
* Insure your timelines are being met and budget is not growing.
* Implementation complete
* Begin training
2. After the solution has been installed, consolidate all the documents and training materials in one repository for quick reference.
Phase V - Project Review & Closure
Now that the technology solution has been successfully implemented and everyone has been trained, you will need to setup measures to ensure that the solution is effective.
1. Create an anonymous survey for employees to provide feedback.
a. Survey questions should include: overall project success, training materials and responsibility impact.
2. Develop metrics that can measure the profit and/or efficiency that was achieved as a result of this project. This will help you identify the true return on investment.
3. Continue to refine training.
This phased approach for managing a technology project is meant to be a guide. There are many details within each phase that would be too lengthy to describe here. There are also many books that can assist with successfully managing any type of project, not only technology. Here is a website that is a great reference for project management.

Mike Echlin is a 20-year technology veteran who has helped many businesses optimize their use of technology. "Technology is an enabler for profits, period." http://thefloppydisk.blogspot.com
http://www.pmi.org

How Can Instructional Technology Make Teaching and Learning More Effective in the Schools?

In the past few years of research on instructional technology has resulted in a clearer vision of how technology can affect teaching and learning. Today, almost every school in the United States of America uses technology as a part of teaching and learning and with each state having its own customized technology program. In most of those schools, teachers use the technology through integrated activities that are a part of their daily school curriculum. For instance, instructional technology creates an active environment in which students not only inquire, but also define problems of interest to them. Such an activity would integrate the subjects of technology, social studies, math, science, and language arts with the opportunity to create student-centered activity. Most educational technology experts agree, however, that technology should be integrated, not as a separate subject or as a once-in-a-while project, but as a tool to promote and extend student learning on a daily basis.

Today, classroom teachers may lack personal experience with technology and present an additional challenge. In order to incorporate technology-based activities and projects into their curriculum, those teachers first must find the time to learn to use the tools and understand the terminology necessary for participation in projects or activities. They must have the ability to employ technology to improve student learning as well as to further personal professional development.

Instructional technology empowers students by improving skills and concepts through multiple representations and enhanced visualization. Its benefits include increased accuracy and speed in data collection and graphing, real-time visualization, the ability to collect and analyze large volumes of data and collaboration of data collection and interpretation, and more varied presentation of results. Technology also engages students in higher-order thinking, builds strong problem-solving skills, and develops deep understanding of concepts and procedures when used appropriately.

Technology should play a critical role in academic content standards and their successful implementation. Expectations reflecting the appropriate use of technology should be woven into the standards, benchmarks and grade-level indicators. For example, the standards should include expectations for students to compute fluently using paper and pencil, technology-supported and mental methods and to use graphing calculators or computers to graph and analyze mathematical relationships. These expectations should be intended to support a curriculum rich in the use of technology rather than limit the use of technology to specific skills or grade levels. Technology makes subjects accessible to all students, including those with special needs. Options for assisting students to maximize their strengths and progress in a standards-based curriculum are expanded through the use of technology-based support and interventions. For example, specialized technologies enhance opportunities for students with physical challenges to develop and demonstrate mathematics concepts and skills. Technology influences how we work, how we play and how we live our lives. The influence technology in the classroom should have on math and science teachers' efforts to provide every student with "the opportunity and resources to develop the language skills they need to pursue life's goals and to participate fully as informed, productive members of society," cannot be overestimated.

Strategies of Banking Technology

Banking technology has grown rapidly over the last decade. We went from pockets full of change to using debit and credit cards as a norm. The days of carrying cash on hand are slowly disappearing and emerging are the new banking technologies that make life for the consumer and the merchant easier.
Banking technology involves planning new banking strategies and evolving with the new technologies that emerge. Investments and investment plans depend largely on what the next new banking technology that is going to be introduced to consumers and investors. With the markets plummeting and climbing at a steady rate, any investor wants the answers and insights of the banking heads. New banking technology can help us keep track of the steady fluctuations, if there are any, and help us stay in control of our money. If you're interested in finding the best new technologies concerning financial technology and insurance technology then you're going to want to attend one of these banking technology conferences, if not for your own safety then for the sake of seeing where the future of the financial industry is headed.
ATM management, payment processing, card management and a multitude of other services that the modern retail operates, has to keep up with the vast banking technology. Such technologies include new recognition information and in the cases of some banks range all the way from finger prints to retinal scans in order to use your body's own unique genetic code in order to keep your banking information safe. Ease and convenience for the consumer is important to the retailers because, in our fast paced lives, that is what the consumer is demanding. Credit cards with micro-chips and cards that have conveniences such as pay pass or pay wave, will be a trend and keep the flow of money coming in for a busy merchant. Payment by cash is riskier for the consumer in more ways than one. The consumer may lose their money or have it stolen, so security of your money is an important factor.
Uncertain economic times can lead to wanting to save money for businesses and individuals and the technology that we have can help us to do just that. We are able to save money by using the banking services online, compare prices and get the best deals. Virtually any type of shopping can be completed online and again ease comes in for the consumer. Hosted services, mobile developments, cloud computing and plenty more banking technologies are making life easier for the consumer. And when it is easier for the consumer to pay, the easier they will spend, whether it be online or in a retail store. Keeping track of the money spent is also a handy commodity and new emergence.
Banking technology has grown tremendously over the years and continues to grow. It is smart for businesses, investors and consumers to all keep up with advances being made. New trends, threats and technology developments is information that is required if you are an investor or business owner. Money makes the world go round, and with the correct information and technology, your business and money can grow.

FST Media Financial Services Technology is an Australian company offering annual conferences, C-level executive roundtables, weekly news broadcasts, exclusive CxO Leadership video interviews, podcasts, and webinars from Banking and Financial Services industry.

Pile On The Learning, Easy On The Technology

Much has been written about the technology of training. The story is often the same: companies are chomping at the bit for the opportunity to exercise the latest and greatest training technologies in an effort to reduce costs and reach employees effectively.

The trend is understandable. Technology has made training much more convenient, and essential for global enterprises that need to train employees across the world. Instead of big travel budgets to bring employees to the home office or training center, companies are reducing the bottom line by using technology to push training out into regional offices.

But are employees better trained as a result of this technology boom? With companies fast abandoning traditional instructor lead training in favor of tech-based training, it is increasingly important to ensure technology remains the training messenger and does not become the message.

Regardless of whether a training system is a high-ticket technological wonder, or simply a bound, paper manual, the quality of training results should be the same. All training methods should:

•Accelerate the productivity of new and existing employees.
•Accelerate the identification of poor performers.
•Provide the structure required to use existing resources and implementation tools efficiently.
•Create "across the board" accountability for training results, from top management to every new hire.
•Enhance the ability of the trainer/supervisor to provide effective training.

Technology can enable such results, but it can't assure they've been achieved. Technology can provide a platform for imparting knowledge, but it can't distinguish between theory and practice.
Technology can be used to measure quantitative retention, but it can't evaluate qualitative application. Such assurances, distinctions, and evaluations can only be provided by people.

Thus the question technology can't answer: are employees actually learning from technology based training programs? When the training is complete, are employees able to demonstrate comprehension and application of their knowledge in real-world situations, removed from the classroom and pointed questions?

Training vs. Learning

In typical training scenarios the trainer does 80% of the work, and while participants may be able to pass a final written or computer test, they have only a 10-30% retention rate and in many cases are not expected to demonstrate application-based knowledge.

By contrast, in performance-based learning environments where participants are expected to discuss, explain and demonstrate application, participants perform 80% of the work, resulting in a retention rate of 50-80% of the knowledge.

The moral? Even million-dollar Internet delivery systems can be ineffective unless three basic, decidedly non-technical cornerstones are established for all training programs. First, there must be an effective human intervention strategy. Second, accountability for results must be established. Third, there must be an instructional design that empowers trainees to take ownership of their learning. With these simple foundations in place, every company can experience superior learning results with the help of technology.

Human Intervention Strategy
A performance-based learning environment must have an effective Human Intervention Strategy to mold and monitor the learning experience. Such a strategy is the foundation of an effective training program.

In order to keep the knowledge relevant and applicable, company-wide stakeholders must forge specific, relevant learning objectives out of the training fire and builds in comprehension and application from a knowledge-based platform.

Creating an implementation strategy allows managers to decide what resources or technologies are appropriate to achieve prescribed training goals and philosophies. By determining the phases of the training, the competency goals for each phase, and the characteristics of the training audience, decisions can be made about:

•Appropriate methods for the delivery of the training.
•What resources are needed, and in what form are they needed to be effective - paper based or interactive media, for example.
•Whether to build or buy the required resources.
•Whether internal or external resources will be utilized, based on needed expertise.