Measuring the size of changes in automotive software systems and their impact on product quality. - Darko Durisic; Miroslaw Staron; Martin Nilsson 002 (PROFES Workshops, 2011)

Improving Fault Injection in Automotive Model Based Development using Fault Bypass Modeling. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner (GI-Jahrestagung, 2013)

Early Verification and Validation According to ISO 26262 by Combining Fault Injection and Mutation Testing. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner (ICSOFT (Selected Papers), 2013)

Increasing Efficiency of ISO 26262 Verification and Validation by Combining Fault Injection and Mutation Testing with Model based Development. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner (ICSOFT, 2013)

Evaluating long-term predictive power of standard reliability growth models on automotive systems. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner (ISSRE, 2013)

Comparing between Maximum Likelihood Estimator and Non-linear Regression Estimation Procedures for NHPP Software Reliability Growth Modelling. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner (IWSM/Mensura, 2013)

Evaluation of Standard Reliability Growth Models in the Context of Automotive Software Systems. - Rakesh Rana; Miroslaw Staron; Niklas Mellegård; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner (PROFES, 2013)

Measuring the impact of changes to the complexity and coupling properties of automotive software systems. - Darko Durisic; Martin Nilsson 002; Miroslaw Staron; Jörgen Hansson (J. Syst. Softw., 2013)

Defect Prediction over Software Life Cycle in Automotive Domain - State of the Art and Road Map for Future. - Rakesh Rana; Miroslaw Staron; Jörgen Hansson; Martin Nilsson 002 (ICSOFT EA, 2014)

A Framework for Adoption of Machine Learning in Industry for Software Defect Prediction. - Rakesh Rana; Miroslaw Staron; Jörgen Hansson; Martin Nilsson 002; Wilhelm Meding (ICSOFT EA, 2014)

Software Defect Prediction in Automotive and Telecom Domain: A Life-Cycle Approach. - Rakesh Rana; Miroslaw Staron; Jörgen Hansson; Martin Nilsson 002; Wilhelm Meding (ICSOFT (Selected Papers), 2014)

Consequences of Mispredictions of Software Reliability: A Model and its Industrial Evaluation. - Miroslaw Staron; Rakesh Rana; Wilhelm Meding; Martin Nilsson 002 (IWSM/Mensura, 2014)

The Adoption of Machine Learning Techniques for Software Defect Prediction: An Initial Industrial Validation. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Wilhelm Meding (JCKBSE, 2014)

Analysing defect inflow distribution of automotive software projects. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002 (PROMISE, 2014)

Selecting software reliability growth models and improving their predictive accuracy using historical projects data. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Fredrik Törner; Wilhelm Meding; Christoffer Höglund (J. Syst. Softw., 2014)

Analyzing defect inflow distribution and applying Bayesian inference method for software defect prediction in large software projects. - Rakesh Rana; Miroslaw Staron; Christian Berger 001; Jörgen Hansson; Martin Nilsson 002; Wilhelm Meding (J. Syst. Softw., 2016)