Reinforcing Real-world Service Agents: Balancing Utility and Cost in Task-oriented Dialogue explores Develop a cost-aware dialogue agent framework for task-oriented applications, balancing utility and budget constraints.. Commercial viability score: 7/10 in Agents.
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Ning Gao
Meituan, Beijing, China
Wei Zhang
Meituan, Beijing, China
Yuqin Dai
Meituan, Beijing, China
Ling Shi
Meituan, Beijing, China
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The research addresses the complex challenge of balancing effective customer service interactions with cost-efficiency, a significant constraint in real-world applications.
Package the framework as a SaaS product where businesses can integrate this dialogue optimization technology into their existing customer service platforms.
This solution can replace existing customer service bots that are less efficient or that do not consider cost constraints effectively, offering a more advanced, economically sound alternative.
The market for customer service automation is large, with businesses continuously seeking solutions to reduce costs while improving interaction quality. Enterprises and call centers would pay for a service that improves agent efficiency and satisfaction rates.
Create a customer service bot that can handle interactions efficiently with minimal resource use, suitable for large enterprises seeking to reduce overhead while maintaining service quality.
The paper introduces InteractCS-RL, a reinforcement learning framework for training task-oriented dialogue agents. It uses a user-centric simulated environment and a cost-aware multi-turn policy optimization method to balance task success and operational cost.
It was tested using the FoodDeliveryService scenario and demonstrated significant improvement over existing baselines across multiple evaluation dimensions, proving its generalizability and efficiency.
The approach heavily relies on the accuracy of the simulated environment and its corresponding user profiles, which might not capture all real-world variations.
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