Latest Articles for Software Testing

This study evaluates how LLMs can enhance mutation testing in software development.

A new method enhances testing speed and fault detection in quantum programs.

A new approach to improve testing in configurable systems by prioritizing critical features.

A new method improves efficiency in understanding complex systems through adaptive learning.

An overview of why testing smart contracts is crucial for security and functionality.

Exploring new methods to improve video game testing through automation and AI.

Learn how to replicate software functions through behavior modeling.

Introducing a method that improves bug-finding in C software development.

A new technique enhances testing for model loading in deep learning compilers.

This study reveals how language models can find hidden bugs in mobile apps.

Ap pWorld simulates real tasks for AI agents in a controlled environment.

A new method speeds up software testing by focusing on web page segments.

This article examines human-centric defects in software and suggests improvements for reporting.

A new method for creating E2E tests using Large Language Models.

Static code analysis helps developers find issues early in software development.

A machine learning approach enhances prediction of program behavior without execution.

A new tool assesses the safety and reliability of language models.

A new method enhances testing for deep neural networks by focusing on overall performance.

This article examines testing methods for ensuring accuracy in graph databases.

This study compares different LLMs for finding faults and detecting vulnerabilities in software.

LiTelFuzz improves testing for multi-robot swarms, identifying flaws effectively.

Study assesses language models on their ability to generate web application code.

A novel approach to streamline UI testing for mobile apps using machine learning.

A new approach enhances symbolic execution in Python using a Large Language Model.

A new method enhances DNN testing by combining feature selection with uncertainty-based prioritization.

A look into applying MCDC testing metrics in Rust programming.

vMocks streamline formal verification, enhancing software safety and reliability.

A new method enhances software bug detection using LLM agents and a divide-and-conquer strategy.

Exploring how states relate through games in computer science.

Learn how LoopSCC simplifies complex loop analysis for better software testing.

Learn how GOOD simplifies programming and enhances software quality.

Learn effective methods for monitoring system behavior using limited observations.

SelectQA improves software testing speed and effectiveness using quantum computing techniques.

A new tool solves the challenge of app-blocking pop-ups during automated testing.

A dataset that empowers language models to generate unit tests for C++ code.

Streamlining bug detection with creative testing techniques, blending automation and human insight.

Transplantation optimizes fuzzing for MCU firmware, improving speed and efficiency.

A new approach enhances static analysis using language models for better software development.

Revolutionizing database testing with machine learning and SQL analysis.

A new fuzz testing framework boosts drone safety and efficiency.