Self-Adaptive Software: First International Workshop, IWSAS 2000 Oxford, UK, April 17-19, 2000 Revised Papers
Paul Robertson, Howie Shrobe, Robert Laddaga
Springer, Feb 23, 2001 - Self-adaptive software - 249 pages
Self-adaptive software evaluates its own behavior and changes its behavior when the evaluation indicates that the software does not accomplish what it is intended to do or when better functionality or better performance is possible. The self-adaptive approach in software engineering builds on well-known features like the use of errors and the handling of exceptions in languages like Lisp or Java and aims at improving the robustness of software systems by gradually adding new features of self-adaption and autonomity. This book originates from the First International Workshop on Self-Adaptive Software, IWSAS 2000, held in Oxford, UK in April 2000. The revised full papers presented in the volume together with an introductory survey by the volume editors assess the state of the art in this emerging new field and set the scene for future research and development work.
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The First International Workshop on SelfAdaptive Software
Continuous SelfEvaluation for the SelfImprovement of Software
Active Trust Management for Autonomous Adaptive Survivable Systems
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adaptive software agent architecture algorithm analysis application approach Artificial Intelligence autonomous B-Pgm behavior byte-code changes client coalgebra complexity components computation configuration constraints context control systems control theory cues DARPA description length distributed domain dynamic embedded systems environment evaluation example execution feedback function global goal guaranteed Hadas human image interpretation image segmentation implementation input interfaces Java Kalman filters mapping method Model-Integrated modes modules monitoring negotiation node objects operation output parameters Paul Robertson PB3A performance perpetual testing pixels port Port-Based problem pyroelectric radar real robot real-time reconfiguration region requirements Robert Laddaga robot robust Runtime Core SA-CIRCA scheduling segmentation self-adaptive software self-adaptive systems semantics sensor Shrobe software architecture Software Engineering software systems spatial specification structure synthesis target task tracking tradeoff transient types update view coordination WinCondition