Jens Krinke -

Registered user since Tue 27 Mar 2018

Name:Jens Krinke

Country:United Kingdom

Affiliation:University College London

Personal website:http://www.cs.ucl.ac.uk/staff/j.krinke/

Contributions

ICSE 2023	Committee Member in New Ideas and Emerging Results within the NIER - New Ideas and Emerging Results-track
ESEC/FSE 2022	Committee Member in Program Committee within the Student Research Competition-track
ICSE 2022	Committee Member in Program Committee within the SEIP - Software Engineering in Practice-track
ICST 2021	Author of Artefact Relation Graphs for Unit Test Reuse Recommendation within the Research Papers-track
ICST 2020	Workshops Co-Chair in Organizing Committee Workshop Chair in Program Chairs within the Workshops-track
MSR 2020	Ordinary PC member in Program Committee within the Technical Papers-track Author of Ethical Mining – A Case Study on MSR Mining Challenges within the Technical Papers-track Session Chair of Quality (part of Technical Papers) Author of Behind the Intents: An In-depth Empirical Study on Software Refactoring in Modern Code Review within the Technical Papers-track
ICSE 2021	Author of Sentinel: A Hyper-Heuristic for the Generation of Mutant Reduction Strategies within the Journal-First Papers-track
MSR 2019	Author of Python Coding Style Compliance on Stack Overflow within the MSR 2019 Mining Challenge-track
ICSE 2020	Author of Establishing Multilevel Test-to-Code Traceability Links within the Technical Papers-track Author of Siamese: Scalable and Incremental Code Clone Search via Multiple Code Representations within the Journal First-track
MSR 2018	Committee Member in Program Committee within the Technical Papers-track Author of CROP: Linking Code Reviews to Source Code Changes within the Data Showcase-track Author of Who's this? Developer identification using IDE event data within the Mining Challenge-track
ESEC/FSE 2018	Author of TestNMT: Function-to-Test Neural Machine Translation within the NL4SE-track
* ICSE 2018 *	Author of Poster T43: MOBS: Multi-Operator Observation-Based Slicing using Lexical Approximation of Program Dependence within the Posters -track