
Meituan Technical Team Showcases Breakthroughs in Agentic Systems and LLM Research at Top AI Conferences
The Meituan Business R&D Platform's Search and Recommendation ASX (Agentic System X) team has announced a significant milestone in its research endeavors, focusing on the construction of Large Language Model (LLM) based Agent technology systems. By deep-diving into critical frontiers such as LLM post-training, Agentic reinforcement learning, and multi-modal understanding, the team has successfully published dozens of high-quality research papers in world-renowned AI conferences, including ICLR, NeurIPS, CVPR, and AAAI. This comprehensive overview highlights Meituan's strategic commitment to advancing Agentic systems, featuring a curated selection of six influential papers that demonstrate the team's technical prowess and their contributions to the evolving landscape of search and recommendation technologies.
Key Takeaways
- Strategic Focus on ASX: Meituan's Search and Recommendation ASX (Agentic System X) team is dedicated to building a sophisticated technology ecosystem centered around LLM-based Agents.
- Core Research Pillars: The team’s primary research directions include LLM post-training, Agentic reinforcement learning, and multi-modal understanding.
- Academic Excellence: Meituan has established a strong presence in the global AI community with dozens of papers accepted at top-tier conferences such as ICLR, NeurIPS, CVPR, and AAAI.
- Knowledge Sharing: The team has selected six specific high-quality papers for in-depth interpretation to provide insights and inspiration to the broader technical community.
In-Depth Analysis
The Evolution of Agentic System X (ASX)
Meituan's Business R&D Platform has strategically positioned the Search and Recommendation ASX (Agentic System X) team at the forefront of the next generation of artificial intelligence. The shift toward "Agentic" systems represents a move beyond traditional static models toward autonomous entities capable of reasoning, planning, and executing complex tasks within the search and recommendation domain. By focusing on an LLM-based Agent technology system, Meituan is exploring how large-scale language models can serve as the "brain" of these agents, enabling more intuitive and effective user interactions. This focus on Agentic systems suggests a future where search and recommendation services are not just reactive but are proactive participants in fulfilling user needs.
Deep Dive into Core Research Frontiers
The technical depth of the ASX team is reflected in its focus on three specific areas that are currently defining the cutting edge of AI research. First, LLM post-training is essential for refining general-purpose models to excel in specific business contexts, ensuring that the agents are both accurate and aligned with user expectations. Second, Agentic reinforcement learning provides the framework for these agents to learn from interaction and feedback, allowing them to optimize their decision-making processes over time in dynamic environments. Finally, multi-modal understanding ensures that the agents can process and interpret diverse data types—such as text, images, and structured data—which is critical for a comprehensive search and recommendation experience in a platform as diverse as Meituan. These three pillars form a robust foundation for building intelligent, adaptable, and highly capable AI agents.
Global Academic Recognition and Impact
The success of the ASX team is validated by its prolific output in the international academic arena. Publishing dozens of papers in prestigious venues like ICLR (International Conference on Learning Representations), NeurIPS (Conference on Neural Information Processing Systems), CVPR (Conference on Computer Vision and Pattern Recognition), and AAAI (Association for the Advancement of Artificial Intelligence) is a testament to the high quality and innovation of Meituan's research. These conferences are the primary battlegrounds for AI breakthroughs, and Meituan’s consistent presence there underscores its role as a significant contributor to global AI discourse. By sharing interpretations of six selected papers, the team not only showcases its internal progress but also contributes to the collective growth of the AI industry, offering new perspectives on how Agentic systems can be applied to real-world search and recommendation challenges.
Industry Impact
The work conducted by Meituan's ASX team has profound implications for the AI industry, particularly in how search and recommendation engines are designed. The transition toward LLM-based Agents signifies a paradigm shift from simple information retrieval to intelligent task completion. As these technologies mature, we can expect search platforms to become more conversational, context-aware, and capable of handling multi-step requests. Furthermore, Meituan's emphasis on multi-modal understanding and reinforcement learning sets a benchmark for how large-scale platforms can integrate complex AI research into practical, user-facing applications. This commitment to high-level research ensures that the industry continues to push the boundaries of what is possible with autonomous AI agents in commercial ecosystems.
Frequently Asked Questions
Question: What is the primary goal of Meituan's ASX team?
The Search and Recommendation ASX (Agentic System X) team focuses on building a technology system for Agents based on Large Language Models (LLMs), specifically targeting areas like post-training, reinforcement learning, and multi-modal understanding to enhance search and recommendation capabilities.
Question: In which international conferences has Meituan published its research?
Meituan's technical team has published dozens of high-quality research results in top-tier AI conferences, including ICLR, NeurIPS, CVPR, and AAAI, reflecting their significant contributions to the global AI research community.
Question: What are the key technical directions mentioned in the ASX team's report?
The team focuses on three core frontier directions: LLM post-training, Agentic reinforcement learning, and multi-modal understanding, all of which are essential for developing advanced AI agents.


