AI

GenMatch: An End-to-End Generative Matching Framework for Micro-View Order-Dispatching in Ride-Hailing

Researchers have developed GenMatch, an end-to-end generative matching framework for ride-hailing platforms. The framework addresses the limitations of traditional multi-stage approaches by formulating micro-view order-dispatching as a generative matching problem. GenMatch consists of three components: a Context-Aware Bipartite Encoder, a Business-Aware Utility Learner, and a State-Aware Pointer Decoder. According to offline evaluations and online A/B tests conducted in five
Researchers have developed GenMatch, an end-to-end generative matching framework for ride-hailing platforms. The framework addresses the limitations of traditional multi-stage approaches by formulating micro-view order-dispatching as a generative matching problem. GenMatch consists of three components: a Context-Aware Bipartite Encoder, a Business-Aware Utility Learner, and a State-Aware Pointer Decoder. According to offline evaluations and online A/B tests conducted in five cities across DiDi's international ride-hailing markets, GenMatch shows consistent improvements over competitive baselines. --- Why it matters: This matters because traditional approaches to micro-view order-dispatching can lead to suboptimal results due to cross-stage objective inconsistency. By formulating the problem as a generative matching task, researchers aim to improve service quality and operational efficiency in ride-hailing platforms. Source: https://arxiv.org/abs/2608.19751

This article was originally published at: https://arxiv.org/abs/2608.19751