Lemon Agent Technical Report
Haipeng Jiang, Kailong Ren, Zimo Yin, Zhetao Sun, Xin Gan, Guangyi Lv, Ming He, Peng Wang, Congli Yin, Hong Pan, Changwen Zhang, Shan Tong, Zhengyu Xu, Zeping Chen, Yubin Huangfu, Yanzhi Xu, Xing Su, Qin Feng, Dong An, Jianping Fan

TL;DR
Lemon Agent is a multi-agent system that enhances resource efficiency and task management in complex scenarios through adaptive scheduling, hierarchical context management, and a self-evolving memory system, achieving state-of-the-art results.
Contribution
The paper introduces Lemon Agent, a novel multi-agent framework with adaptive scheduling and advanced memory, improving efficiency and performance over existing LLM-powered agents.
Findings
Achieves 91.36% accuracy on GAIA benchmark.
Top position on xbench-DeepSearch leaderboard with 77+ score.
Demonstrates improved resource utilization and task efficiency.
Abstract
Recent advanced LLM-powered agent systems have exhibited their remarkable capabilities in tackling complex, long-horizon tasks. Nevertheless, they still suffer from inherent limitations in resource efficiency, context management, and multimodal perception. Based on these observations, Lemon Agent is introduced, a multi-agent orchestrator-worker system built on a newly proposed AgentCortex framework, which formalizes the classic Planner-Executor-Memory paradigm through an adaptive task execution mechanism. Our system integrates a hierarchical self-adaptive scheduling mechanism that operates at both the overall orchestrator layer and workers layer. This mechanism can dynamically adjust computational intensity based on task complexity. It enables orchestrator to allocate one or more workers for parallel subtask execution, while workers can further improve operational efficiency by invoking…
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Taxonomy
TopicsMulti-Agent Systems and Negotiation · Mobile Crowdsensing and Crowdsourcing · Multimodal Machine Learning Applications
