Search for dissertations about: "software quality measurement thesis"
Showing result 1 - 5 of 51 swedish dissertations containing the words software quality measurement thesis.
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1. Understanding, Measuring, and Evaluating Maintainability of Automotive Software
Abstract : Context: The importance of software maintainability is well-addressed by software engineering research, in general. Particularly for object-oriented and open-source software, measurements as a means to represent maintainability are well-established. READ MORE
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2. 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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3. Qualitative and Quantitative Assessment of Integration Testing for Model-Based Software in the Automotive Industry
Abstract : Background: Integration testing of vehicle software in the automotive industry relies heavily on simulation models. As they replicate actual vehicle functions in the testing process, they increase in size and amount of interconnectivity as rapidly as the actual functions. Valid simulation models are a precondition for valid integration testing. READ MORE
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4. Search-Based Prediction of Software Quality : Evaluations and Comparisons
Abstract : Software verification and validation (V&V) activities are critical for achieving software quality; however, these activities also constitute a large part of the costs when developing software. Therefore efficient and effective software V&V activities are both a priority and a necessity considering the pressure to decrease time-to-market and the intense competition faced by many, if not all, companies today. READ MORE
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5. Size Estimation of Real-Time Software Components - A System Perspective
Abstract : The demands and expectations on the system architectures of contemporary consumer products like cars are increasing for each product generation. New features using new sensors and actuators, with different variants on different markets, and that interact with other features, create additional complexity in the system. READ MORE