collaborators

7 papers

cs.AI2026

Probe-and-Resume: When and How to Evaluate Agent Execution

Jiakai Xu, Tiancheng Ge, Tujie Guan +4

Test-time search can improve agent performance by exploring alternative actions and using a critic to select promising branches. We study this approach in terminal-based computer-u…

cs.OS2026

StateFork: Branchable Infrastructure for Agent Exploration

Jiakai Xu, Tianle Zhou, Georgios Liargkovas +5

AI agents improve task success by exploring multiple trajectories, but for computer-use agents each trajectory modifies external environment state. Branching from an intermediate p…

cs.AI2026

Agentic Data Environments

Elaine Ang, Chenxi Huang, Georgios Liargkovas +13

Autonomous agents promise substantial gains in speed, scale, and labor efficiency, but their failures can impose abrupt and often irreversible costs. The central challenge for agen…

cs.SE2026

From Runnable to Shippable: Multi-Agent Test-Driven Development for Generating Full-Stack Web Applications from Requirements

Yuxuan Wan, Tingshuo Liang, Jiakai Xu +3

Coding agents can generate runnable web applications, but their outputs frequently fail to satisfy functional requirements. Although test-driven development (TDD) offers a principl…

cs.DC2025

Toward Systems Foundations for Agentic Exploration

Jiakai Xu, Tianle Zhou, Eugene Wu +1

Agentic exploration, letting LLM-powered agents branch, backtrack, and search across many execution paths, demands systems support well beyond today's pass-at-k resets. Our benchma…

cs.AI2025

An approach for systematic decomposition of complex llm tasks

Tianle Zhou, Jiakai Xu, Guanhong Liu +3

Large Language Models (LLMs) suffer from reliability issues on complex tasks, as existing decomposition methods are heuristic and rely on agent or manual decomposition. This work i…

cs.SE2025

Automatically Generating Web Applications from Requirements Via Multi-Agent Test-Driven Development

Yuxuan Wan, Tingshuo Liang, Jiakai Xu +3

Developing full-stack web applications is complex and time-intensive, demanding proficiency across diverse technologies and frameworks. Although recent advances in multimodal large…