Knowledge-Based Planning of Experiments in a Biochemical Domain: Membrane Protein Purification. - Henrik Eriksson; Kristian Sandahl (SCAI, 1989)

Developing Knowledge-Based Systems with Active Expert Participation. - Kristian Sandahl (SEKE, 1993)

Transferring knowledge from active expert to end-user environment. - Kristian Sandahl (Knowl. Acquis., 1994)

Practical Implications of Traceability. - Mikael Lindvall; Kristian Sandahl (Softw. Pract. Exp., 1996)

An Extended Replication of an Experiment for Assessing Methods for Software Requirements Inspections. - Kristian Sandahl; Ola Blomkvist; Joachim Karlsson; Christian Krysander; Mikael Lindvall; Niclas Ohlsson (Empir. Softw. Eng., 1998)

How well do experienced software developers predict software change? - Mikael Lindvall; Kristian Sandahl (J. Syst. Softw., 1998)

Traceability aspects of impact analysis in object-oriented systems. - Mikael Lindvall; Kristian Sandahl (J. Softw. Maintenance Res. Pract., 1998)

XML-Based Frameworks for Internet Commerce. - Yuxiao Zhao; Kristian Sandahl (ICEIS, 2000)

An Industrial Survey of Requirements Interdependencies in Software Product Release Plannin. - Pär Carlshamre; Kristian Sandahl; Mikael Lindvall; Björn Regnell; Johan Natt och Dag (RE, 2001)

Using Execution Trace Data to Improve Distributed Systems. - Johan Moe; Kristian Sandahl (ICSM, 2002)

Potential Advantages of Semantic Web for Internet Commerce. - Yuxiao Zhao; Kristian Sandahl (ICEIS (4), 2003)

Good Practice and Improvement Model of Handling Capacity Requirements of Large Telecommunication Systems. - Andreas Borg; Mikael Patel; Kristian Sandahl (RE, 2006)

Extending the OpenUP/Basic Requirements Discipline to Specify Capacity Requirements. - Andreas Borg; Mikael Patel; Kristian Sandahl (RE, 2007)

Integrating an Improvement Model of Handling Capacity Requirements with the OpenUP/Basic Process. - Andreas Borg; Mikael Patel; Kristian Sandahl (REFSQ, 2007)

A case study in assessing and improving capacity using an anatomy of good practice. - Mikael Patel; Andreas Borg; Kristian Sandahl (ESEC/SIGSOFT FSE, 2007)

A controlled empirical evaluation of a requirements abstraction model. - Tony Gorschek; Mikael Svahnberg; Andreas Borg; Annabella Loconsole; Jürgen Börstler; Kristian Sandahl; Magnus Eriksson (Inf. Softw. Technol., 2007)

Perspectives on Requirements Understandability - For Whom Does the Teacher's Bell Toll? - Mikael Svahnberg; Tony Gorschek; Magnus Eriksson; Andreas Borg; Kristian Sandahl; Jürgen Börstler; Annabella Loconsole (REET, 2008)

How can we make software engineering text books well-founded, up-to-date, and accessible to students? - David Broman; Kristian Sandahl (CSEE&T, 2011)

Towards Automated Anomaly Report Assignment in Large Complex Systems Using Stacked Generalization. - Leif Jonsson; David Broman; Kristian Sandahl; Sigrid Eldh (ICST, 2012)

The Company Approach to Software Engineering Project Courses. - David Broman; Kristian Sandahl; Mohamed Abu Baker (IEEE Trans. Educ., 2012)

The Impact of Agile Principles and Practices on Large-Scale Software Development Projects: A Multiple-Case Study of Two Projects at Ericsson. - Lina Lagerberg; Tor Skude; Pär Emanuelsson; Kristian Sandahl; Daniel Stahl (ESEM, 2013)

Identifying and Managing Complex Modules in Executable Software Design Models-Empirical Assessment of a Large Telecom Software Product. - Hengameh Rezaei; Filippa Ebersjo; Kristian Sandahl; Miroslaw Staron (IWSM/Mensura, 2014)

An assessment model for large project courses. - Maria Vasilevskaya; David Broman; Kristian Sandahl (SIGCSE, 2014)

Assessing Large-Project Courses: Model, Activities, and Lessons Learned. - Maria Vasilevskaya; David Broman; Kristian Sandahl (ACM Trans. Comput. Educ., 2015)

Automatic Localization of Bugs to Faulty Components in Large Scale Software Systems Using Bayesian Classification. - Leif Jonsson; David Broman; Måns Magnusson; Kristian Sandahl; Mattias Villani; Sigrid Eldh (QRS, 2016)

Automated bug assignment: Ensemble-based machine learning in large scale industrial contexts. - Leif Jonsson; Markus Borg; David Broman; Kristian Sandahl; Sigrid Eldh; Per Runeson (Empir. Softw. Eng., 2016)

Global software engineering experience through international capstone project exchanges. - Dean Knudson; Stavros Kalafatis; Carsten Kleiner; Stephen Zahos; Barbara Seegebarth; Jonas Detterfelt; Iman Avazpour; Kristian Sandahl; Peter Gorder; Jeewani Anupama Ginige; Alex Radermacher; Hugo Caballero; et al. (ICGSE, 2018)

Improving continuous integration with similarity-based test case selection. - Francisco Gomes de Oliveira Neto; Azeem Ahmad; Ola Leifler; Kristian Sandahl; Eduard Enoiu (AST@ICSE, 2018)

Empirical Analysis of Factors and their Effect on Test Flakiness - Practitioners' Perceptions. - Azeem Ahmad; Ola Leifler; Kristian Sandahl (CoRR, 2019)

An Evaluation of Machine Learning Methods for Predicting Flaky Tests. - Azeem Ahmad; Ola Leifler; Kristian Sandahl (QuASoQ@APSEC, 2020)

A Multi-factor Approach for Flaky Test Detection and Automated Root Cause Analysis. - Azeem Ahmad; Francisco Gomes de Oliveira Neto; Zhixiang Shi; Kristian Sandahl; Ola Leifler (APSEC, 2021)

The Perceived Effects of Introducing Coaching on the Development of Student's Soft Skills Managing Software Quality. - Azeem Ahmad; Kristian Sandahl; Aseel Barglund (SEED/QuASoQ@APSEC, 2021)

Software professionals' information needs in continuous integration and delivery. - Azeem Ahmad; Ola Leifler; Kristian Sandahl (SAC, 2021)

Empirical analysis of practitioners' perceptions of test flakiness factors. - Azeem Ahmad; Ola Leifler; Kristian Sandahl (Softw. Test. Verification Reliab., 2021)

Introduction to the Continuous Delivery Theme. - Kristian Sandahl (Accelerating Digital Transformation, 2022)

Identifying Randomness related Flaky Tests through Divergence and Execution Tracing. - Azeem Ahmad; Erik Norrestam Held; Ola Leifler; Kristian Sandahl (ICST Workshops, 2022)

Data visualisation in continuous integration and delivery: Information needs, challenges, and recommendations. - Azeem Ahmad; Ola Leifler; Kristian Sandahl (IET Softw., 2022)

An Eco-System Approach to Project-Based Learning in Software Engineering Education. - Daniel Ståhl; Kristian Sandahl; Lena Buffoni (IEEE Trans. Educ., 2022)

Stop Looking for the Perfect All-Round Tester. - Torvald Mårtensson; Kristian Sandahl (SEAA, 2023)

The Testing Hopscotch Model - Six Complementary Profiles Replacing the Perfect All-Round Tester. - Torvald Mårtensson; Kristian Sandahl (PROFES (1), 2023)

An Industrial Study on the Challenges and Effects of Diversity-Based Testing in Continuous Integration. - Azeem Ahmad; Francisco Gomes de Oliveira Neto; Eduard Paul Enoiu; Kristian Sandahl; Ola Leifler (QRS, 2023)

The Comparative Evaluation of Test Prioritization Approaches in an Industrial Study. - Azeem Ahmad; Francisco Gomes de Oliveira Neto; Eduard Paul Enoiu; Kristian Sandahl; Ola Leifler (QRS Companion, 2023)

A Case Study of Introducing Security Risk Assessment in Requirements Engineering in a Large Organization. - Shanai Ardi; Kristian Sandahl; Mats Gustafsson (SN Comput. Sci., 2023)

Test Case Selection in Continuous Regression Testing Using Machine Learning: An Industrial Case Study. - Azeem Ahmad; Dimistris Rentas; Daniel Hasselqvist; Pontus Sandberg; Kristian Sandahl; Aneta Vulgarakis (COMPSAC, 2024)

Information Needs in Continuous Integration and Delivery in Large Scale Organizations: An Observational Study. - Azeem Ahmad; Kristian Sandahl; Daniel Hasselqvist; Pontus Sandberg (SAC, 2024)

A Large Language Model Approach to Identify Flakiness in C++ Projects. - Xin Sun; Daniel Ståhl; Kristian Sandahl (CoRR, 2024)

The Magazine at 40: Viewing Requirements Engineering Through a Ruby Lens. - Kristian Sandahl; Björn Regnell; Markus Borg (IEEE Softw., 2024)

Understanding Flaky Tests Through Linguistic Diversity: A Cross-Language and Comparative Machine Learning Study. - Azeem Ahmad; Xin Sun; Muhammad Rashid Naeem; Yasir Javed; Mohammad Akour; Kristian Sandahl (IEEE Access, 2025)