Simple Strategy
"Simple strategy" research focuses on developing efficient and effective methods for diverse applications, ranging from improving speech recognition for individuals with Parkinson's disease to optimizing path planning for robotic systems and enhancing the robustness of machine learning models. Current research emphasizes leveraging existing architectures like Vision Transformers and Large Language Models, incorporating techniques such as multi-task learning, parameter-efficient fine-tuning, and robust optimization methods to achieve improved performance and efficiency. These advancements hold significant potential for improving accessibility, automation, and the reliability of various technologies across diverse fields.
Papers
Dynamic Grouping for Climate Change Negotiation: Facilitating Cooperation and Balancing Interests through Effective Strategies
Yu Qin, Duo Zhang, Yuren Pang
Dynamic Grouping for Climate Change Negotiation: Facilitating Cooperation and Balancing Interests through Effective Strategies
Duo Zhang, Yuren Pang, Yu Qin