Search for dissertations about: "fault detection software"
Showing result 1 - 5 of 42 swedish dissertations containing the words fault detection software.
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1. Early and Cost-Effective Software Fault Detection : Measurement and Implementation in an Industrial Setting
Abstract : Avoidable rework consumes a large part of development projects, i.e. 20-80 percent depending on the maturity of the organization and the complexity of the products. High amounts of avoidable rework commonly occur when having many faults left to correct in late stages of a project. READ MORE
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2. Monitoring and Implementing Early and Cost-Effective Software Fault Detection
Abstract : Avoidable rework constitutes a large part of development projects, i.e. 20-80 percent depending on the maturity of the organization and the complexity of the products. High amounts of avoidable rework commonly occur when having many faults left to correct in late stages of a project. READ MORE
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3. Efficient Automatic Change Detection in Software Maintenance and Evolutionary Processes
Abstract : Software maintenance is such an integral part of its evolutionary process that it consumes much of the total resources available. Some estimate the costs of maintenance to be up to 100 times the amount of developing a software. READ MORE
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4. On Aspect-Oriented Implementation of Fault Tolerance
Abstract : This thesis investigates the use of aspect-oriented programming for the purpose of implementing fault-tolerance in software. The feasibility of aspect-oriented programming languages is evaluated from the perspectives of expressiveness, overhead, and fault coverage. READ MORE
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5. Towards Effective Fault Prevention : An Empirical Study in Software Engineering
Abstract : Quality improvement in terms of lower costs, shorter development times and increased reliability are not only important to most organisations, but also demanded by the customers. This thesis aims at providing a better understanding of which factors affect the number of faults introduced in different development phases and how this knowledge can be used to improve the development of large-scale software: In particular, models that enable identification of fault-prone modules are desirable. READ MORE