Title :
On ambient intelligence, needful things and process technologies
Author :
van der Poel, C.J. ; Pessolano, F. ; Roovers, R. ; Widdershoven, F. ; de Walle, G. ; Aarts, E. ; Christie, P.
Abstract :
Ambient intelligence refers to an electronic environment that is sensitive and responsive to the presence of people. Such an environment should be: 1) ubiquitous - surrounding the user by a multitude of interconnected systems; 2) transparent - integrated and "hidden" into the background; and 3) intelligent - adapting to the people that live in it. The potential to distribute functionality over a network of devices is determined by the power resources of the device, and upon considering these demands, it appears helpful to further classify in-home ambient intelligence "devices" into three distinct classes: the watt-node; the milli-watt-node; and the micro-watt-node. We try to map the system needs associated with these nodes, differing by orders of magnitude with respect to the amount of information to be processed as well as the available power, onto requirements for Si process technology choices.
Keywords :
computer networks; distributed sensors; home computing; interconnected systems; ubiquitous computing; CMOS; RF system-in-package; device power resources; embedded memory; in-home ambient intelligence; information processing amount; interconnected systems; network functionality; scaling limits; silicon process technologies; transparent networks; ubiquitous intelligence; virtual technology chain; Ambient intelligence; Artificial intelligence; Batteries; CMOS technology; Cost function; Electronic circuits; Embedded computing; Interconnected systems; Moore´s Law; Pervasive computing;
Conference_Titel :
Solid-State Circuits Conference, 2004. ESSCIRC 2004. Proceeding of the 30th European
Print_ISBN :
0-7803-8480-6
DOI :
10.1109/ESSCIR.2004.1356605