Assistive Technology Needs Assessment In The Elderly

Is assistive technology right for you? Planning and assessment are important parts of deciding whether to use assistive
technology since it can interfere with your current services or the way in which those services are provided.
This assessment is most thorough when it involves many people within your spectrum of support. For instance, if you have
trouble communicating or are hard of hearing, you may wish to consult with your doctor, an audiology specialist, a
speech-language therapist, or other elder care provider to identify your
specific problem and determine the plan that will best address your needs. If assistive technology is a part of this plan,
your team can help decide which devices are appropriate for you, choosing the most effective tools at the lowest cost.
Training to use the devices chosen may also be included in your plan.
When you’re considering assistive technology, it’s helpful to look at both simple and complex solutions to find the one that’s best for you over a range of time. Complex, high-tech solutions may be more expensive, but they’re usually more adaptable if your needs change over time. Simple, low-tech solutions may be cheaper in the short-run, but they aren’t as adaptable. Before purchasing any expensive assistive technology, make sure it can be upgraded to change with your needs and upgraded as improvements are designed. Here are some questions to ask when considering assistive technology for elder care:

Which tasks do you need help with, and how frequently do you need help?

Which types of assistive technology will enable you to be most independent?

Is there a more advanced device that addresses more than one of your needs?

Does the manufacturer have a preview policy so you can try out the equipment and return it for credit if it isn’t
what you need?

How do you expect your needs to change over the next six months?

Is the equipment up-to-date?

Will it likely be off the market in the near future?

Which kinds of assistive technology are available that meet your needs?

Which types of assistive technology have you used before, and how did those devices work?

Will you always need help with a certain task, and can the device be adjusted to fit your needs as your condition changes?

Another important aspect of deciding whether you’d like to use assistive technology is cost and financing. Currently, no single private insurance plan or public program will cover the entire cost of assistive technology under any circumstances, but Medicare Part B can cover up to 80 percent of the cost of equipment that falls under the category of “durable medical equipment.” This includes devices that are “primarily and customarily used to serve a medical purpose, and generally are not useful to a person in the absence of illness or injury.”
Some state-run Medicaid programs also cover some assistive technology. This may help you, but it will not cover the entire cost of buying an expensive device like a power wheelchair.
Other options to pay for assistive technology are private health insurance and paying with your own funds. Paying
out-of-pocket is generally a viable option for simple items like modified eating utensils, but most senior citizens need assistance in paying for more complex devices. Another option is finding discounts, grants, or rebates from not-for-profit organizations or companies that want you to try a certain product that you might not otherwise consider. If you’re looking into this option, you may want to be careful-businesses with commercial interests have the potential to be fraudulent.
Since private health insurance does not cover the entire cost of this equipment, you may want to look into subsidy programs, which can provide some kinds of assistive technology at a reduced cost or for free. For more elder care help you can simply refer to our website at:

Moems Device Technology

Micro-electro-opto-mechanical system (MOEMS) is an emerging technology which has become one of most popular technology. It adopts MEMS of photonic system with internal micro-mechanical light modulator, micro-mechanical optical switches, IC and other components. The MOEMS technology features miniaturization, multiplicity and microelectronics and has a seamless integrating the optical components with electrical parts. In brief, MOEMS is further integration for system chip. As it is compared to large-scale opto-mechanical devices, MOEMS is smaller, lighter and faster (with higher resonant frequency), and can take mass production technology. When it is compared to waveguide mode, this kind of free space mode has the benefit of lower coupling loss and smaller crosstalk. Photonics and information technology changes directly contributed to the development of MOEMS. Nowadays, information technology develops rapidly and brings constant renewal in photonics. The demand for increasing data rate and more excellent performance of new generation device stimulates MOEMS and optical interconnect need.

MOEMS devices, according to their working principles, can be classified as interference, diffraction, transmission and reflection-type, and most of them adopt reflection-type devices. In past few years, MOEMS has achieved tremendous improvement. In recent years, the increasing high-speed communications and data transmission greatly stimulates the developing and research of MOEMS technology and related devices. Some MOEMS devices with low loss, low EMV sensitivity and reflective light with low crosstalk high data rate have been developed.

Besides VOA simple components, MOEMS technology also can be used in tunable vertical-cavity surface-emitting laser (VCSEL), optical modulators, tunable wavelength photo detector and other optical active devices, which optical Cross Connect to filters, optical switches, programmable wavelength optical add / drop multiplexer (OADM) and other optical active devices.

In the filed of information technology, the key problem in optical application commercial light source, besides single chip (like thermal radiation, LED, LD, VCSEL), the MOEMS light source with active devices is focused more attention. For instance, as for tunable VCSEL, the the emission wavelength can be changed by changing the length of micro-mechanical resonator to achieve high-performance WDM technology. The related integrated circuit is MC010.

The Best Ways To Market Technology

Less than 20 years ago the majority of consumers did not negotiate cell phone plan rates, check to verify if their new software came with free updates, or even use Google to look up a local diner. But in the past ten years it has become difficult to imagine a life without these modern conveniences. It is fair to say that peoples reliance on these technologies is a clever combination of good products, competitive pricing, and a great deal of ingenious marketing.

While now the selling points of a cellular phone may be obvious, during the first inception of this product cell phone companies had to do a great deal of marketing. In 2010 as even deeper technology comes to the forefront, it may seem difficult to market things such as search engine marketing, biometric technology, voice command products, or even contactless keyboards. What I will illustrate in this article are simple, familiar ways to market new forms of technology to the masses.

Search Engine Marketing Web Advertisements
The yellow pages, billboards, telemarketing, and printed collateral were once the main staples of marketing a new project. Now, websites and search engine marketing play a major role in getting users face-to-face with your product. Consumers use search engines instinctively to learn more about a product before even contacting the provider.

Google, what some refer to as the worlds most popular search engine, has garnered millions of dollars in advertising funds for just a well-placed advertisement that consists of just a few key words.

Why do people continuously buy ads using Google AdWords? Because they created a market where users consistently rely on Google for information. Using this leverage, Google uses a simple right-hand column and a small piece of their main column to provide online ad space.

How did search engines like Google get millions of people to invest in online ad space?

Slow Inception
Do we remember search engines without ad space? Slowly but surely search engines began to slowly introduce small, simple changes that didnt drastically interfere with how the user would ordinarily interact with the product. When marketing your technology you can slowly introduce the new option to make consumers used to seeing/experiencing the product before a formal introduction.

Free and Paid Components
While your pricing structure may seem very sound, and you need certain funds to cover business expenses, offering something for nothing is often a good way to get people to trust you and rely on your free services. Once people get a feel for your company through free content, demos, etc. they will come to associate your company as a company that cares and as not just about its bottom line. When you slowly incorporate your paid components people may be more willing to respond. For instance, using a search engine is free, but there is a fee to advertise or use special components.

Biometric Technology

One of the main players in the biometric technology market is M2SYS Technology, an award-winning biometric firm that offers fingerprint, palm vein, finger vein, and iris recognition technology. While some may associate fingerprints with government operations, M2SYS has found a way to infiltrate the market and be on the forefront of making things such as finger vein recognition a part of many seemingly unrelated industries such as law enforcement, church management, point-of-sale (POS) systems, membership administration, and workforce management.

How did they do this? M2SYS used a hybrid combination of standard market techniques, search engine optimization, and social media to achieve their success.

Email Marketing
M2SYS utilizes a unique combination of email correspondence to open the communication lines between company and client. Rather sending a standard, three column newsletter, M2SYS creates dynamic content that encourages users to both read and interact, resulting in a unique user experience.

M2SYS uses a web-based email solution to send emails about special promotions, press releases, latest updates, free seminars, test products, tidbits on the M2SYS staff, simple greetings, and more to remain a transparent company that cares about interactivity with its clients.

Direct Mail Campaigns
While some businesses may incorrectly rely solely digital communication in todays time, some fail to see that a well orchestrated direct mail campaign may be exactly what it takes to get their technology into their desired market. M2SYS sends mailers to demographics that may not respond as well to email marketing. Vertical markets such as churches and non-profit organization receive dynamic mailers from M2SYS that prompt the recipient to contact the company.

Social Media Management
Perhaps one of the areas where M2SYS is most active is social media management. M2SYS uses Twitter, Facebook, LinkedIn, YouTube, WordPress, Delicious, and more to stay in contact with their users on a personal level.

Following M2SYS on social networks gives clients an all-access pass to what is going on behind the scenes here M2SYS. Fans and followers gain insider knowledge regarding their latest announcements, new software releases, newest biometric devices, special promotions and discounts, fan page only marketing materials, videos, and much more.

Manage Information Technology Better With It Service Balanced Scorecard

IT service management is a practice for controlling information technology system with its philosophies focused on the point of view of the customers. Years before, this was centered on their internal organization and the technology that they use. As things change, evolve and progress, providing focus on the customers became the priority. The discipline is not about the proper usage of a product or the technical specifications of the system; it is focused on the framework of the activities related to information technology and the relationship of the IT personnel with the users and customers. Thus, there is no other way to measure the efficiency of the management process than to use IT service balanced scorecard. Since the BSC is not only concerned with the financial details of a business, you can utilize this tool to effectively gauge how well the supervision of the IT services is carried out.

In order to direct the use of the IT service balanced scorecard in this department, there is a need to first align the organizational strategy with information technology. There are some things that you should avoid though when implementing this type of BSC. One is an IT focused view of the performance of the IT department. You should also stay away from measures that hardly contribute to the success of the company, the deficiency in defining the standard metrics and being over-dependent on business tools.

The most important thing that you should remember when using the IT service balanced scorecard is the integration of the business strategy with IT service management. There are six traits that successful scorecards share in the field of information technology. The first one is that it is simple. The simplicity in the presentation makes it easier for the viewers to understand what the document is about. Simplicity also denotes that there are not more than 20 metrics for the whole organization already. They should be written using non-technical language so that everyone in the company can easily grasp what the organization wants to measure.

An advanced scorecard explicitly links itself to the strategy of information technology. This means that it should be firmly paired with the strategic planning process so that it can aid in tracking the progress of the strategy against the objectives and goals. Executives should also be broadly committed to the full process. Both senior IT professionals and business managers should participate in the whole scorecard process including the design and the ongoing phases.

The metrics in the computer network support BSC should be relatable throughout the entire company. To achieve this, meetings and discussions should be held prior to the selection of the metrics. This will lead to consensus in metrics definitions. Aside from the main four perspectives of the typical BSC, the IT service balanced scorecard includes two more. Information security pertains to metrics that check the remediation efforts of the firm for the known and common vulnerabilities. The other is about metrics that measure the enterprise initiatives, which will then highlight the contributions of information technology in initiating strategic importance.

Ramp Up Technology Promotes Steven Torres To Director Of Technology Services

Ramp Up Technology (, a full-service provider of technology support, network solutions, network security and more, is pleased to announce the promotion of Steven Torres to Director of Technology Services.

Torres brings 7 years of experience to his new position. He joined Ramp Up in 2006 as a Technology Engineer, and continued to move through the Exchange upgrades, Cisco installations and became the team’s expert on Virtual Environments and hosting.

“We’re thrilled to have Steve step into this role for us,” said Greg Rosen, Ramp Up’s CEO. “From the day he started with us, he’s been an absolute asset to us and our clients, helping us grow by offering the finest technology services in the tri-state area. We look forward to him making the most of this new role and helping take Ramp Up Technology to the next level.”

Prior to the promotion, Torres spearheaded a number of major projects at Ramp Up including an exchange 2010 upgrade and bicoastal DFS set up with Trashtalk FCM. Another highlight was managing the Symantec 2011 Backup Exec Installation for a bond trading firm with offices in 5 continents and over 1000 employees.

Added Torres: “I’m eager to take on this new challenge, and am honored for the opportunity. We’re doing some amazing things at Ramp Up Technology in servicing our clients, and I couldn’t be more proud to a part of it.”

With clients ranging from public companies and financial firms to two-person offices, Ramp Up Technology’s tech support covers all things digital (network, software and hardware) solutions, services, security, Business Continuity and more while Ramp Up also provides hosting services and interactive services such as web design, e-commerce, branding, SEO optimization and others.

Ramp Up Technology, based in Manhattan, is a full-service provider of technology support, IT & computer solutions, and interactive marketing. Ramp Up Technology works hand in hand with its customers to define focused Information Technology (IT) strategies which translate into viable and sustainable solutions to meet business objectives. Ramp Up’s capabilities span systems creation, design and optimization, as well as development and implementation.
For more information, visit or, e-mail , or phone (212) 633-0656.

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 a computer’s process, and 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 online information technology 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

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Rollup Banners For Exhibition Displays Using The Latest Printing Technology. is constantly looking for new products that can improve the quality of your exhibition displays and reduce delivery times. The new HP Z6100 printer and Opaljet XL range of films are great examples of how we are using new technologies to improve the quality of our Rollup Banners.
What is so special about the HP Z6100 printer? HP are one of the leading manufacturers of large format printers, their knowledge and expertises have combined to create this new superior large format printer. The HP Z6100 technology uses eight pigment inks and using a built in spectrophotometer the rollup banner printer produces sharp photo realistic images at a rate of over 100m per hour.
With this huge capacity from each of our machines we are able to deliver your next rollup banner, exhibition stand or large format printing order in record time, this is important as we believe reliability and on time delivery are an essential element of our customer service promise.
Another one of our customer service promises is quality of print, this comes from quality products and expertise from our talented team of printers with decades of experience between them. This expertise knows that the technology used to create Kentmeres Opaljet XL range of film is one of the best of not the best within the industry.
This knowledge has been rewarded as the results from this revolutionary new film have been exceptional, the improved durability has been tested by the Rollup Banner team and the increased quality of print has been tremendous. Technical information regarding the improvements to the Opaljet range are:
Base: The substrate is a 300 micron white/grey, co-extrusion of Melinex opaque polyester film. The Printing surface is white however the grey reverse side acts as a stoplight barrier, to prevent light passing through from the back of the film.
Coating: The front coating is specifically formulated to maximise the colour gamut and image acutance when used with modern ink sets such as HP Vivera, Epson Ultrachome and K3 etc.
Applications: Perfect for printing Rollup banner display stands, hanging banners and any display prints requiring opaque backing.
Lamination: Kentmere suggest that all printing on the opaljet XL range should be laminated to protect the surface. Rollup Banner use the carrier-board technique (also known as the sled technique) ensuring that a curl is not created during lamination.
Roll Up Banner are a UK based company supplying Roll Up Banners, Display Graphics, Pull Up Banners with an in-house design and artwork facility. You will always get a great level of customer service and high quality of rollup banner products from our friendly customers service team. All our roll up banner deliveries are sent FREE Pre Noon next day by our carrier FedEx throughout the UK. With our range of indoor and outdoor printers we can accommodate all your roll up banner projects.
Why not put us to the test next time you are looking for exhibition display products which look great and are delivered within 48hours. Visit our website to view a full range of Exhibition displays and Roll-up Banners. If you would like a quote for your new exhibition displays please Call 0800 1701 007 or email

The Inspiring Story Of One Ceo And His Quest To Improve Technology In Education

It’s hard to imagine a student finding success without the most basic internet and technology skills, yet many children in underfunded schools simply don’t have the access to technology that many of us take for granted. Every child should have the same opportunities for success when it comes to technology. That’s why the Fullerton Technology Foundation was created, and that’s why CEO Jason Sugarman has stepped up to bat.

The Goals of the Fullerton Technology Foundation

This foundation was created because a need was identified: the need for students to be taught in the language and environment of the 21st century. The Fullerton Technology Foundation has many objectives, including:

-Creating interactive learning environments in the classroom.
– Expanding 1 on 1 technology environments.
– Providing effective and long-term technology development for instructors and other school staff.

Measurable Outcomes for Success

Many of the goals of the Foundation may seem like the type of goals that can’t be quantified, but through rigorous research into what schools actually need, and the timeframe for providing it, numerous goals have already been reached, and the program is on track to reach many more. They include:

– 2009: Provided 100 students in the Fullerton School District laptops so they could learn anytime and anywhere.
– 2010: 95% of administrators were provided with access to current technologies that allowed them to extend learning beyond the traditional classroom setting.
– 2013: 80% of Fullerton District students will be trained on seamless internet use and necessary current computer programs.
– 2013: 80% of Fullerton School District Staff (including administration and faculty) will have an understand of the current technology skills for programs, internet, and data.
– 2020: The Foundation is on track to reach a goal of providing technology support of more than $1 million.

The Difference the Sugarman Family Made

There’s no question that the children are indeed our future and that local businesspeople can go a long way toward helping to improve the bright futures of our children. And that’s just what the Sugarman Family has done. It all began when Hilda Sugarman saw the need for the foundation back as early as 2006. She and her CEO son Jason Sugarman provided $250,000 in start up funds to help the Foundation get off to the right start.

The initial start up fund was enough to get the ball rolling, and now thousands of electronic devices have been delivered to both students and instructors alike. Technology like iPads, digital microscopes, interactive teaching boards, sound systems, and even digital cameras. Technology in the classroom setting serves two goals: It helps acquaint students with technologies they may need in the work force, and it helps make learning fun and interactive. It is truly a win-win.

How the Sugarman Family Got it Started

It all began with a fund-raising dinner for $50 a plate and an inspiring speech from Jason Sugarman. Now, after millions of dollars in funds have been raised by the Foundation, the Sugarman family continues to give back to the community and support the Foundation. Jason Sugarman, who is the CEO of MKA Capital Advisors, is a business savvy individual who not only sits on the board of a number of private companies, but is also the founder of numerous successful financial service and trading companies.

When professionals at the peak of their careers step up to give back to the community, it sends a strong message. It tells children that there are people who want them to have the tools to succeed, and it sets a good example for other people in the private sector to step up when they can and give back. What started as a simple problem with a seemingly complicated solution has turned into a well-run and successful technology foundation.

Permanent Magnet Generator – Technology Myth

Perpetual (or permanent) magnet generators revolves around the theories of magnetic energy or magnetism. Generally speaking, the repelling and attracting forces produce spinning motions inside and therefore producing energy. This specific motion created inside the continuous motor is perpetual motion, and that particular motion in order to produce electric power in your house.

That technology used to be a home power myth yet installing your own magnetic continuous motor is far from being a myth today. Anybody can begin taking advantage of this machine since making 1 is actually easier as compared to building a solar panel or maybe wind generator. It truly does work in each home and you also require a small space reserved to put the magnetic generator. Furthermore, all components necessary to construct 1 of these units are cheap and don’t require any kind of additional servicing because the motor could be installed within your house rather then outside the house like other sorts of home electrical power systems.

Building one of these generators is going to fully power your home, where as you would need to make up to 6 solar energy panels to match the actual energy that continuous motor gives. In all honesty, electric permanent magnet generators seem to be the top home energy solution. By year of 2020 professionals estimate that almost all people will be choosing one of these generators for their homes.

In case you choose to apply one of these perpetual motors on a full-scale, it’s going to independently power your own home, that means, you will not have to pay a cent to the power provider. Have a look at ways to begin generating totally free electrical power using a permanent magnetic generator.

New X-torq Technology By Husqvarna

X-TORQ by Husqvarna is a cutting-edge new two-stroke engine technology that’s friendlier to the environment and delivers more power across a wider RPM spectrum. This construction equipment’s technology is a significant improvement over typical two-stroke engines that are less fuel-efficient, more polluting and lack the pulling power and flexibility of a four-stroke engine.

Two-stroke and four-stroke engines have some fundamental differences that must be understood in order to appreciate the advantages of Husqvarna’s new X-TORQ technology. First of all, they are the two different versions of gasoline and diesel engines and can be distinguished by their distinct stroke sequences. As their names suggest, two-stroke engines have a two-stroke sequence whereas four-stroke engines have a four-stroke sequence. The four strokes of a four-stroke engine, in order, are the compression stroke, power stroke, exhaust stroke and intake stroke. In a two-stroke engine, however, the power, exhaust and intake strokes are combined into a single stroke, called the power stroke.

Each type of engine offers its own unique advantages and disadvantages. Four-stroke engines provide clean, flexible power and greater torque at lower speeds. They offer slower revving, are quieter and consume less fuel than two-stroke engines. However, they’re quite a bit heavier, larger and more complex than two-stroke engines, and can only be used in a fixed position. Two-stroke engines, on the other hand, provide twice the power of four-stroke engines of the same size and are more compact. They’re also lightweight, less complex (with only three moving parts) and can be used in any position. But two-stroke engines typically have the serious disadvantages of consuming more fuel, requiring large quantities of expensive lubricants and being much less durable, which means they’re less economical to run. They also emit much more pollution, generate twice the amount of noise and are less flexible (due to their narrower power band) than four-strokes.

In spite of the numerous disadvantages of two-stroke engines, they are more appropriate for powering chainsaws and other handheld construction equipment for a few reasons. For one, a chainsaw engine must have a high power-to-weight ratio, which means that it ought to be lightweight and powerful at the same time. It must also be compact, so that it’s easy to handle, and able to operate in any position. Two-stroke engines may not offer the flexibility, economy, reduced emissions and durability of four-stroke engines, but given the fact that chainsaws aren’t used for long periods of time and are only run at full speed, these disadvantages aren’t as great a concern.

Nevertheless, if it were possible to create a two-stroke engine that was as clean, economical and flexible as a four-stroke engine, that would be a significant advantage. And in fact, that is the idea behind Husqvarna’s X-TORQ technology. X-TORQ gives you the benefits of a powerful engine without forcing you to sacrifice the environmentally-friendly features of fuel economy and low emissions. A two-stroke X-TORQ engine consumes 20% less fuel than its standard two-stroke counterpart, as a matter of fact, and its exhaust emissions are 60% reduced. In addition, X-TORQ engines provide powerful torque across a wider RPM range, providing greater flexibility than standard two-stroke engines. This groundbreaking technology has been tested on a number of Husqvarna saws and may very well be the most efficient small two-stroke engine manufactured to date.