Latest Articles for Software Development

This work introduces innovative techniques for managing complex reactive programs effectively.

A new method balances machine learning models for better performance.

Graph4J offers an efficient Java library for graph algorithms using simple structures.

QPLEX connects classical and quantum resources for efficient optimization solutions.

Automating bug report prioritization enhances smart contract security and developer efficiency.

This study compares PEFT and ICL in improving code generation using LLMs.

A new approach enhances data-based coordination languages for better performance.

A study on creating trustworthy communication protocols for safety-critical systems.

EVE streamlines video editing by allowing edits through simple text commands.

Exploring how quantum computing can improve random sampling in software product lines.

Timing attacks pose risks to software, revealing sensitive information through execution timing.

Learn how refactoring deep learning code improves performance through automation.

Discover how graph-based software improves atomic sensor modeling and efficiency.

A novel method for recommending APIs during library migration using knowledge graph embedding.

A look at using causality to understand system failures better.

A proposal for a standard MPI ABI to improve compatibility across implementations.

A new method enhances the performance of ML and DL models during inference.

A framework to accurately measure energy use in deep learning systems.

Research highlights pre-trained models' effectiveness in fixing software vulnerabilities.

This article highlights key deployment challenges faced by developers in DRL systems.

Bugsplainer offers clear bug explanations to streamline software development.

This article discusses the hurdles in quantum software development and possible solutions.

This article presents a new approach to creating NLP models using natural language prompts.

A new approach to simplify state merging for better program analysis.

A study on vulnerabilities in IoT code found online highlights security risks.

A new DSL enhances hardware design and verification, improving productivity and accuracy.

Learn how to protect software from side-channel attacks using automated tools.

This study assesses an AI tool for testing cancer registry software.

Examining current tools for method naming consistency reveals significant shortcomings.

Enhancing security and efficiency in power system software updates.

This article examines methods to assess web microservices through user reviews.

GeoExplainer simplifies spatial data analysis for all users.

Learn how developers can prioritize security in their projects effectively.

Linking vocabulary difficulty and code naturalness to improve software comprehension.

A study on the similarities and differences among programming languages in language models.

Automation in testing ensures quality cancer data management and patient privacy.

This article highlights efforts to integrate Fortran with FPGA programming tools for better performance.

A study on the performance of three genetic algorithms in software refactoring.

New framework qgym enhances quantum compilation through adaptive reinforcement learning techniques.

SimSched enhances automotive software simulations by integrating precise timing.