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Failure / Statistics / Knowledge / Design for X / Software testing / Failure rate / Software quality / Software Reliability Testing / Physics of failure / Systems engineering / Survival analysis / Reliability engineering


Proceedings of the 2005 International Conference on Simulation and Modelling V. Kachitvichyanukul, U. Purintrapiban, P. Utayopas, eds. AGING TEST AND SOFTWARE RELIABILITY ANALYSIS METNOD FOR PC-BASED CONTROLLER Jun Yeob
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Document Date: 2013-01-15 21:52:49

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City

Seoul / /

Company

Air Force’s Rome Laboratory / Testing Embedded Software / Moasoft Corp. / PC-BASED / /

Country

Korea / /

Currency

/ VND / /

Event

Reorganization / /

Facility

Korea Institute of Machinery / Precision M/C Korea Institute of Machinery / Mechanical Engineering KISTEP Dongwon Bldg. / /

IndustryTerm

personal computer systems / software system / software execution environment / software failures / test software program / software reliability modeling / software reliability / software failure rate / software performance reliability / application software / earlier systems / recent systems / software code / software intensive systems / software quality / software execution / diagnosis on hardware / software program / generic control equipment / software reliability prediction model / software reliability analysis / /

Organization

Air Force / Precision M/C Korea Institute of Machinery & Materials Dept. of Mechanical Engineering KISTEP Dongwon Bldg. / Korea Institute of Machinery and Materials / /

Person

Musa Moranda Schneidewind / Hee Choi Ju Su Jang / Addison Wesley / Choi / Musa Keiller-Littlewood / Jang Many / Jun Yeob Song Kwoung Hee / Song Kwoung Hee Choi Ju / /

Position

PCbased controller / numerical controller / PC-based controller / CONTROLLER / programmer / /

ProgrammingLanguage

D / C / K / /

Technology

Reliability Analysis Technology / Simulation / /

SocialTag