Search for dissertations about: "application testing"
Showing result 1 - 5 of 393 swedish dissertations containing the words application testing.
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1. Distributed vehicle testing : dynamic simulation for automotive winter testing
Abstract : Today, rather than provide parts similar to their competitors and rely on one or two automakers, successful automotive component suppliers focus heavily on innovation and collaboration with several manufacturers in a global market. In this thesis, an as-is scenario for automotive winter testing is presented. READ MORE
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2. Distributed vehicle testing : dynamic simulation for automotive winter testing
Abstract : Today, rather than provide parts similar to their competitors and rely on one or two automakers, successful automotive component suppliers focus heavily on innovation and collaboration with several manufacturers in a global market. In this thesis, an as-is scenario for automotive winter testing is presented. READ MORE
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3. Visual GUI Testing: Automating High-level Software Testing in Industrial Practice
Abstract : Software Engineering is at the verge of a new era where continuous releases are becoming more common than planned long-term projects. In this context test automation will become essential on all levels of system abstraction to meet the market's demands on time-to-market and quality. READ MORE
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4. Multi-Criteria Optimization of System Integration Testing
Abstract : Optimizing software testing process has received much attention over the last few decades. Test optimization is typically seen as a multi-criteria decision making problem. One aspect of test optimization involves test selection, prioritization and execution scheduling. READ MORE
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5. New Constructions for Competitive and Minimal-Adaptive Group Testing
Abstract : Group testing (GT) was originally proposed during the World War II in an attempt to minimize the \emph{cost} and \emph{waiting time} in performing identical blood tests of the soldiers for a low-prevalence disease. Formally, the GT problem asks to find $d\ll n$ \emph{defective} elements out of $n$ elements by querying subsets (pools) for the presence of defectives. READ MORE