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Proceedings of the First ICSE Workshop on Software Technologies for Ultra-Large-Scale (ULS) Systems, Minneapolis, Minnesota, May[removed]Applying Digital Evolution to the Development of Self-Adaptive ULS Systems∗ (Positi
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Document Date: 2013-02-07 15:35:12


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City

Porto / Montreal / Tokyo / Washington / St. Louis / Irvine / Dublin / Seattle / Minneapolis / New York / Tama-City / Washington / DC / Louis / East Lansing / /

Company

Self-Adaptive ULS Systems / Network Systems Laboratory / Siemens / Self-Managing Systems / SelfHealing Systems / Eaton Corporation / Adaptive Systems / Autonomic Application Software / Self-Managed Networks / MSU’s Digital Evolution Laboratory / /

Continent

Antarctica / /

Country

Cyprus / Japan / Canada / Portugal / Germany / United States / Columbia / Ireland / /

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Facility

Michigan State University / /

IndustryTerm

software system / software engineering / software design / software failures / mobile computing environments / software platform / personal software / software infrastructure / energy consumption tradeoffs / software recomposition / elegant solutions / telecommunication networks / real time / software mechanisms / autonomic mobile computing services / natural systems / state diagrams describing wireless sensor systems / adaptable and extensible operating systems / component-based software adaptation / software architecture support / energy usage / mobile computing / implemented using tools / improved software development / wireless sensors / wireless applications / sensor networks / state management / development tools / web service requirements / communication protocols / ubiquitous computing environments / target systems / immune systems / realtime systems / autonomic systems / rigorous software / bio-networking architecture / distributed computing / wireless sensor networks / software assurance / softwareintensive systems / software systems / adaptable software / candidate software / reflective systems / selfadaptive systems / computational systems / adaptation infrastructure / software development tools / software decision making / Autonomic computing / software-architecture techniques / genetic algorithms / proper tools / software programs / composite systems / digital evolution technologies / software entity / electronic commerce / web services / /

Organization

office of Naval Research / Requirements Engineering Foundation for Software Quality / Navy / Charles A. ofria Department of Computer Science and Engineering Michigan State University East Lansing / Michigan State University’s Quality Fund / Charles A. ofria Department of Computer Science / Michigan State University / National Science Foundation / Department of Information and Computer Science / IEEE Computer Society / /

Person

R. Rogerio de Lemos / D. J. Wetherall / Philip K. McKinley / D. L. Tennenhouse / Addison Wesley / Betty H. C. Cheng / John Maynard Smith / J. M. Smith / G. J. Minden / Charles A. Ofria / W. D. Sincoskie / Cristina Gacek / /

Position

designer / programmer / /

ProgrammingLanguage

Java / DC / C / /

ProvinceOrState

Minnesota / Washington / Michigan / Missouri / South Carolina / California / Maryland / /

PublishedMedium

IEEE Communications Magazine / IEEE Transactions on Software Engineering / /

Technology

radiation / operating system / Software Technologies / potentially discovering algorithms / Java / molecular evolution / 1 Introduction Computing technology / machine learning / operating systems / Mobile Computing / communication protocols / how digital evolution technologies / /

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http /

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