Computer Science, Software Engineering
Category: Software Engineering
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Computer Science, Software Engineering
Detecting Toxicity in Open Source Communication: A Machine Learning Approach
Computer Science, Software Engineering
Optimizing Code Generation with Standardized Prompts: A Key to High-Quality Output
Computer Science, Software Engineering
Ethics in Software Engineering: A Review of the Literature and Implications for Education
Computer Science, Software Engineering
Optimized Representation of Code Lines through Attention-based Encoding
Computer Science, Software Engineering
Enhancing Incident Management with Large Language Model-Powered Query Recommendations
Computer Science, Software Engineering
Mitigating Concurrency Bugs in Go Programs: A Survey
Computer Science, Software Engineering
Unlocking Creativity in Software Engineering: A Bottom-Up Approach
Computer Science, Software Engineering
Improving AAR/AI in ChatGPT-Powered Interfaces: Revisiting Steps 3-6
Computer Science, Software Engineering
Improving Decision-Making Algorithms through Iterative Search and Refining Existing Works
Computer Science, Software Engineering
Strengthening Reliability in Smart Contract Analysis: A Dual-Author Approach
Computer Science, Software Engineering
Construct Validity Threats in Measuring Emotion Causes in Software Engineering Communication
Computer Science, Software Engineering
Optimizing Short-Cut Rules with ILP: A Practical Guide
Computer Science, Software Engineering
Combining Techniques for Improved Performance in SWE-Bench
Computer Science, Software Engineering
Improving Automated Testing Efficiency through Quality-Aware Test Generation
Computer Science, Software Engineering
Gas Cost Analysis of Proxy and Diamond Patterns in Ethereum Smart Contracts
Computer Science, Software Engineering
RetGen: A Joint Framework for Retrieval and Grounded Text Generation Modeling
Computer Science, Software Engineering
Addressing Threats to Validity in LLM-Based Software Engineering Research
Computer Science, Software Engineering
Automated Clarity: Streamlining Purpose Statements for Efficient Code Generation
Computer Science, Software Engineering