Skip to content

Profiling-Guided Bayesian Optimization of JVM Configurations

· 0 citations · 55 references

TL;DR

PROBO is presented, an iterative approach that leverages JVM runtime metrics to guide Bayesian optimization for testing time reduction and generates candidate flag configurations through three complementary strategies guided by expected testing time improvement.

View source

Similar papers

#software testing Review Sep 2026

Debugging Functionality-Twisting Translations by LLMs via Differential Testing with Bayesian Prior

Code translation, as a challenging and fundamental task, is increasingly relying on large language models (LLMs). However, LLMs often give seemingly plausible but fallacious translations, misleading and even deceptive to debugging developers. We propose tHinter, an automated approach that frames translation error local...

Shengnan Wu, Xin-Yu Sun, Xin Wang et al. · 0 citations
Preprint Aug 2026

EvoMem: Memory-Augmented Evolution for Code Optimization

EvoMem is introduced, a persistent memory architecture for LLM-based evolutionary program search that captures and reuses candidate mutation knowledge and provides evidence that persistent memory can reduce some redundant exploration and improve the reuse and adaptation of successful strategies in LLM-driven evolutiona...

Viktor Volkov, Valentin Khrulkov, Andrey V. Galichin et al. · 0 citations

Predictive Test Optimization Without Historical Failure Data

The novel method of co-evolution labeling for predictive test optimization is introduced, deriving test relevance from tests and code changing together in the version history, which nearly matches the failure detection capabilities of failure-based models, while being more resistant to label noise and requiring no test...

Maximilian Jungwirth, RaphaelN ̈ommer, Andreas Stahlbauer et al. · 0 citations

CTForge: Automatically Generating Test Suites for Software Configuration

CTForge is presented, an LLM-powered framework that automatically generates configuration-specific test suites and demonstrates that structured configuration-aware refinement is essential for LLM to produce effective test suites.

Yuanliang Zhang, Zhizheng Zheng, Shanshan Li et al. · 0 citations
Preprint Sep 2026

Evaluating the effectiveness of class-level LLM-generated test suites in Python

Reliable assessment of LLM-generated tests should treat executability as a gate and combine coverage with mutation testing and structural quality indicators, and in practice, model selection should precede prompt tuning.

Bilal Al-Ahmad, M. Harshvardhan, Khaled El-Fakih et al. · 0 citations

We use cookies to run the site and, with your consent, for analytics and to show ads. See our Cookie Policy.