In other words, we are developing thin clients with thick capabilities. Users browse all kinds of information on the Web, not just data but also audio and increasingly, digital video. Our streaming media technology research is investigating the algorithms and architectures for processing and transmitting these types of information. We are inventing the enabling technologies for next-generation streaming media systems. Similarly, our graphics teams are exploring ways to allow devices to acquire images and 3-D data through the development of algorithms and architectures for 3D graphics hardware and image based rendering.
Appliances have special requirements in terms of software and power capabilities.
We are exploring technologies for small operating systems that can run on portable low power devices. We are also developing low power technologies and power control methods. One of the key features of an information appliance is its ability to work anywhere, at any time and receive any information, from text to digital audio and video. Optimizing power, whether for a portable or non-portable device, is therefore extremely important. We are focusing our research on developing algorithms that can increase battery life, enabling appliances to outperform general-purpose platforms such as PDAs, and allowing them to run day and night without costing a fortune.