Researchers from Carnegie Mellon University (CMU) and the Massachusetts Institute of Technology (MIT) have introduced a novel approach called Agent Workflow Memory to enhance the performance of LLM-based models in handling long-horizon tasks with complex action trajectories. This method involves inducing commonly reused workflows from agent experiences and providing these workflows to the agent on demand. The approach, which includes a system prompt, works both offline and online and has shown significant improvements in task success rates. The project, led by Z Z Wang, J Mao, D Fried, and G Neubig, is generating excitement in the AI research community. The research has been documented under the identifier 2409.07429.
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Agent Workflow Memory - workflow memory implemented with system prompt - learns common procedures from past experiences 2409.07429 (https://t.co/mrt12p7vKJ)
Inducing *workflows* -- sub-task representations -- from agent experiences leads to huge improvements in task success, and we can do it automatically with pretty simple methods. Very excited about this project led by @ZhiruoW ! https://t.co/QzHFaUHfIk