This episode explores the fascinating world of LLM-based agents and their growing impact on software engineering. Forget standalone LLMs, these intelligent agents are supercharged with abilities to interact with external tools and resources, making them powerful allies for developers.We'll break down the core components of these agents - planning, memory, perception, and action - and see how they work together to tackle real-world software engineering challenges. From automating code generation and bug detection to streamlining the entire development process, we'll uncover how LLM-based agents are revolutionizing the way software is built and maintained.We'll also examine the exciting possibilities and challenges of human-agent collaboration, exploring how developers can work hand-in-hand with these AI-powered assistants. Tune in to learn about the cutting edge of AI in software engineering and get a glimpse into the future of software development!Key Discussion Points: • Types of LLM-based agents for different SE tasks: requirements engineering, code generation, code review, testing, debugging, end-to-end software development and maintenance • The survey methodology behind the research: DBLP database search, keyword selection, snowballing approach, and paper statistics • The architecture of LLM-based agents: planning strategies (single-turn vs. multi-turn, plan representation), memory (short-term vs. long-term, ownership, format, operations), perception (textual vs. visual input), action (tool usage and API invocation) • Multi-agent systems and their roles in simulating real-world software teams: managers, requirement analysts, designers, developers, quality assurance experts, etc. • Collaboration mechanisms within multi-agent systems: ordered vs. unordered modes, communication protocols (natural language vs. structured) • Benchmarks and metrics for evaluating LLM-based agents for end-to-end software development: including existing code generation benchmarks and newly created benchmarks that simulate real-world projects • Human-agent collaboration in various software development phases: planning, requirements, development, and evaluation • Future research opportunities and open challenges in the fieldhttps://arxiv.org/pdf/2409.02977

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