Systems aspects in organic and pervasive computing - ARCS 2005 : 18th International Conference on Architecture of Computing Systems, Innsbruck, Austria, March 14-17, 2005 : proceedings
著者
書誌事項
Systems aspects in organic and pervasive computing - ARCS 2005 : 18th International Conference on Architecture of Computing Systems, Innsbruck, Austria, March 14-17, 2005 : proceedings
（Lecture notes in computer science, 3432）
Springer, c2005
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注記
Includes bibliographical references and index
内容説明・目次
内容説明
The keychallengeforfuture computersystemis dealingwithcomplexity.Onone hand this involves internal system complexity which has increased exponentially over recent years. Here the main objectives are to maintain system reliability and to keep the design and maintenance e?ort manageable, while at the same timecontinuingtoprovidenewfunctionalityandincreasingsystemperformance. This hasbeenthe focus ofso-calledautonomouscomputing, whichaimsto bring self-con?guration and repair to a wide range of computing systems. On the other hand future computer systems are more and more becoming integrated into the fabric of everyday life and thus have to deal with the c- plexities of the real world. They will become smaller, more appropriate for their use, integrated into everyday objects, and often virtually or physically invisible to the users.They will alsobe deployedin a muchhigher quantity andpenetrate many moreapplicationareasthan traditional notionsof computer systems.This requirescomputersystemstobeadaptablewithinamuchwiderrangeofpossible tasks, subjected to much harsher conditions.
To provide such features and functionality, computer devices will become tinieryetstillincreaseinsystemcomplexity;theymustconsumelesspower,while still supporting advanced computation and communications, such that they are highlyconnectedyetstilloperateasautonomousunits.Pervasiveandubiquitous computing researchaddressessuchissues by developingconcepts and technology for interweaving computers into our everyday life. The principal approach is to enhance system functionality and adaptability by recognizing context and situations in the environment.
目次
Adaptation, Power Consumption and Scheduling.- Energy Management for Embedded Multithreaded Processors with Integrated EDF Scheduling.- Reducing System Level Power Consumption for Mobile and Embedded Platforms.- Implementing Control Algorithms Within a Multithreaded Java Microcontroller.- Adaptivity for Quality and Timeliness Flexible Real-Time Systems.- Adaptation and Agents.- Apricot Agent Platform for User-Friendly Mobile Service Development.- Support of Reflective Mobile Agents in a Smart Office Environment.- Learning Action Sequences Through Imitation in Behavior Based Architectures.- Adaptation and Services.- Self-healing Execution of Business Processes Based on a Peer-to-Peer Service Architecture.- Runtime Adaptation of Applications Through Dynamic Recomposition of Components.- An Observer/Controller Architecture for Adaptive Reconfigurable Stacks.- Application Adaptable Systems.- The Organic Features of the AMIDAR Class of Processors.- Reusable Design of Inter-chip Communication Interfaces for Next Generation of Adaptive Computing Systems.- DESCOMP: A New Design Space Exploration Approach.- Design Space Navigation for Neighboring Power-Performance Efficient Microprocessor Configurations.- An Efficient Frequency Scaling Approach for Energy-Aware Embedded Real-Time Systems.- Pervasive Computing and Communication.- Towards Autonomic Networking Using Overlay Routing Techniques.- Context-Based Storage Management for Wearable and Portable Devices.- A File System for System Programming in Ubiquitous Computing.
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