Ptidej Team

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In the Ptidej Team (Pattern Trace Identification, Detection, and Enhancement in Java1), we aim at developing theories, methods, and tools, to understand, evaluate, and improve the quality of IoT software systems by promoting the use of idioms, design patterns, and architectural patterns from communications protocols to systems-of-systems. We want to formalise patterns, to identify occurrences of patterns, and to improve the identified occurrences. We also want to evaluate experimentally the impact of patterns on the quality of IoT software systems.

anti-patterns design patterns empirical studies detection software developers social studies patterns software testing reverse-engineering quality identifiers developers studies business processes quality models multi-language systems code smells source code test case generation soa software evolution constraints flexibility software quality recommender mylyn search-based testing software code threads concurrency schema theory api multi-objective optimisation interactions bug patterns expansion splitting segments fca dynamic analyses labelling good practices strategies exploration developers' effort linguistic analyses pattern detection extraction faults exploration strategies maintenance usefulness reading pattern identification macro-co-changes legacy migration security services formalisation evolution iot support vector machine developers feedback dependencies simulink generation ptidej software clone efforts validation developers efforts e-mails software mining developers genealogies software patches software bugs acceptance object-oriented programs testing cloud computing bugs quality assurance matching cleaning. business rules ecology software ecosystems empricial studies metaphor software systems bcel code ownership screencasts support training identifier context normalisation mentoring co-ordination software maintenance search engine optimization meta-heuristics scalability lionel briand systems identification process post-mortems games impact static change impact cser crisis software engineering award saner wcre csmr limitations software enginering crisis miniaturization subjective noisy incomplete defects msr classification most influencial paper cascon kdm modeling codification java j2ee survey state of the practice software industry propagation design pattern software traces dynamic analyses software traces bug patterns statistical analyses summer school pased canada binary class relationships meta-modeling requirements textual notations graphical notations effort gender studies co-changes costs security patterns machine learning eye-tracking mental models vision science memory models program comprehension experimental software engineering pattern use alexander architectural patterns gamma forms history idioms antipatterns challenges. data mining developers' studies maintability time