- Struggling to get your technology in place to help support your cause,
- Struggling to get the word out to those who need your help and those who can help you
- Struggling with a declining membership and you need help retaining members and volunteers.
- Gain massive exposure ? One of the solutions provided are website solutions that allow you to
- Multiuser ? The benefits of the content management system are that they enable distributed, approval-based publishing.
- Income Limitations ? Only organizations with annual operating budgets of less then some amount are eligible to receive these donated products.
- Nondiscriminatory Policy ? Organizations must not discriminate on any grounds in order to receive donations.
- Technical Requirements ? Technically the system requirements are that these programs run on pretty much any LINUX or Windows based platform.
The developments and concepts for the future of computer technology are really quite amazing.
In 1938, Konrad Zuse invents the Z1 Computer. This primitive machine is an early binary digital computer. Unlike later computers, his invention was not capable of memory storage. The United States military created the ENIAC (Electronic Numerical Integrator and Computer) in 1945 (4). This early computer, like modern computers, could store and save data. Schmidt also believes that computers of the future will be much faster than today. Computer processing speed today is limited by the speed of electrons moving through metal and electronic components. Having high-speed and smaller components are not the only goals for future computers. A large and complex project with a broad goal to use the brain as an inspiration for a computer, the project, over time, began to focus on developing a computer that somewhat resembled the brain in its structure. Unlike modern computers, the brain is made of billions of neurons, synapses, and complex pathways. In a computer, the data storage center is separate from the processor (8). The computer connected to the chip has also learned how to play Pong, a primitive computer game. The computer is still in the developmental stages, but its future applications are numerous. According to scientists on the team, neuromorphic computers could guide robots through battlefields and allow robots to be trained instead of just programmed; neuromorphic computers in health-care monitors could alert nursing-home staff when a resident is sick; and neuromorphic computers could provide sight to blind people through a high-tech prosthetic eye (8). Shu?s idea is that computers may one day be based on DNA. One problem with modern computer circuits is that as computer components get smaller, they tend to heat up faster. Another problem is that the binary system?zeros and ones?used by all computers today has limits when computers are trying to solve highly complex equations. The range of applications of such DNA computers really is beyond what we can perceive right now. The processing power of such a computer would be tremendous. You?ve seen one of Google?s seven autonomous test cars. The system that Google developed for its self-driving cars has proven to be very reliable. Because of Google and other tech companies experimenting with self-driving vehicles, Nevada has become the first state to legalized self-driving cars (6). Google is not the only software company to use software in applications apart from the desktop computer. Then, we saw how scientists are working on improving computer speed and processing power by using nanotechnology, neuromorphic chips, and DNA. Web. 1 March 2012. ?The Digital Home of the Future, Revealed Today.? FOX News Network, LLC, 14 March 2011. Web. 2 March 2012.(3) Coates, James. ?Foggy Minds?and Dazzling, Flawed Computers.? Web. 1 March 2012. (4) ?Computer History Timeline.? uk. Web. ?Microsoft: Future homes to use smart appliances, interactive wallpaper.? Web. Web. ?Google Cars Drive Themselves, in Traffic.? Web. 1 March 2012. ?The next computer: your genes.? Web. 2 March 2012.(11) ?Microsoft Facility Helps You Make Yourself at Home in the Future.? Microsoft, 8 Aug. 2011. Web. 2004. Web. 2 March 2012.(13) ?Super-Fast Computers Of The Future.? Web. 1 March 2012.
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