3rd November 2011 10:16 AM
Human Area Networking PPT PDF Paper Presentation & Seminar Report
Human Area Networking Paper Presentation & Seminar
Human society is entering an era of ubiquitous computing, when networks are seamlessly interconnected and information is always accessible at our fingertips. In the world of computers, networking is the practice of linking two or more computing devices together for the purpose of sharing data. RedTacton enables the first practical Human Area Network between body-centered electronic devices and PCs or other network devices embedded in the environment via a new generation of user interface based on totally natural human actions such as touching, holding, sitting, walking, or stepping on a particular spot. By making Human Area Networks feasible, RedTacton will enable ubiquitous services based on humancentered interactions and therefore more intimate and easier for people to use. RedTacton can be used for intuitive operation of computer-based systems in daily life,temporary one-to-one private networks based on personal handshaking, device personalization, security, and a host of other applications based on new behavior patterns enabled by RedTacton. At last we predicted how Redtacton changes lifestyle in future.
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6th December 2011 11:11 AM
Re: Human Area Networking PPT PDF Paper Presentation & Seminar Report
Today, people can communicate with anyone, anytime and anywhere over a cellular phone network. Moreover, the Internet lets people download immense quantities of data from remotely located servers to their home computers. Essentially, these two technologies enable communications between terminals located at a distance from each other. However, user-friendly ubiquitous services involve more than just networking between remotely located terminals.
Communication between electronic devices on the human body (wearable computers) and ones embedded in our everyday environments is also critical. So this has driven extensive research and development on human area networks. Wired connections between electronic devices in human area networks are cumbersome and can easily become entangled. Short-range wireless communication systems such as Bluetooth and wireless local area networks have some problems.
Throughput is reduced by packet collisions in crowded spaces such as meeting rooms and auditoriums filled with people and communication is not secure because signals can be intercepted. The principle drawback of infrared communications (IrDA) is the tight directionality of beams between terminals needed for the system to be effective. The ultimate human area network solution to all these constraints of conventional technologies is intrabody communication, in which the human body serves as the transmission medium.
In ubiquitous services, if we could use the human body itself as a transmission medium, then this would be an ideal way of implementing human area networks because it would solve at a stroke all the problems including throughput reduction, low security, and high network setup costs. The concept of intrabody communication is it uses the minute electric field propagated by the human body to transmit information.
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