Objects move, collide, flow, bend, heat up, cool down, stretch, compress. and boil. These and other things that cause changes in objects over time are intuitively characterized as processes. To understand commonsense physical reasoning and make programs that interact with the physical world as well

present in real-world programs, and describe how to effectively capture and exploit it in order to perform load value prediction. Temporal and spatial locality are attributes of storage locations, and describe the future likelihood of references to those locations or their close neighbors. In a similar

As the cellular and PCS world collides with Wireless LANs and Internet-based packet data, new networking approaches will support the integration of voice and data on the composite infrastructure of cellular base stations and Ethernet-based wireless access points. This paper highlights some

. Our goal is a bridge between the World Wide Web and the physical world we inhabit. This bridge includes the ability to interact with devices such as printers from a browser using standard HTTP communication. It also includes the ability to provide people, places and things – electronic or otherwise

Thcrc is now broad agrcomc~t in the high rnergy physics community that to continue exploring 1.11 ~ cnrrgy fro1lt.kr in P+C- interactions, WC will have to abandon circular colliders and adopt, linear collidrrs. This realization has led to act.ivc research throrlghollt. 1.11 ~ world towards the next

relationship, and the PC relationship. Today the Internet is carrying us through an era of widespread distributingcomputing towards the relationship of ubiquitouscomputing, characterized by deeply imbedding computation in the world. Ubiquitous computing will require a new approach to fitting technologies

Current systems for graph computation require a distributed computing cluster to handle very large real-world problems, such as analysis on social networks or the web graph. While distributed computational resources have become more accessible, developing distributed graph algorithms still remains

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The potential of hadron colliders to explore the physics of CP violation in B decays is discussed. B physics experiments which have hopes of achieving enough sensitivity to observe and study CP violation and the related topic of B s mixing are being constructed at several locations: at new

processors. In this paper we attack the “SELECT * ” problem for sensor networks. We propose a robust approximate technique called Ken that uses replicated dynamic probabilistic models to minimize communication from sensor nodes to the network’s PC base station. In addition to data collection, we show