Eric addressed the lack of specialized medical resources in remote areas by developing a remote surgical robot control platform based on ROS and force feedback handles. The system could transmit high-definition video and haptic feedback in real-time, allowing experts to perform precise surgical operations remotely. He optimized network protocols to compress latency to within 150 milliseconds and completed multiple simulation exercises with grassroots hospitals. This platform improved the feasibility of remote surgery, bringing tangible benefits to remote patients, and became an important practical achievement for Eric's USC application.