Summary
Automating repetitive surgical tasks such as surgical suturing, endoscope control or tissue retraction can increase patient safety, efficiency, precision, and reproducibility in operating theatres as well as optimize operating room use times, and better manage resources. While studies on automating surgical tasks are proposed in the literature, most of these solutions require path-planning and defining environment-specific hand-crafted behaviours based on domain knowledge. Therefore, these approaches fail to scale. Reinforcement learning (RL) approaches, on the other hand, have exhibited high scalability in learning diverse control policies, but typically require extensive data collection to solve a task. Reinforcement Learning from expert demonstrations can narrow down exploration and help to achieve efficient training of models.
The topics for this project will focus on:
- Developing a reinforcement learning policy to learn how to automate surgical
tasks from expert demonstrations
- Demonstrating the capabilities of the reinforcement learning model in real-
world research platforms (in simulation and/or real set up (Da Vinci® Surgical
System
The project will allow exploration of different ideas and topics, and a chance to work with collaborators from different disciplines (computer science, robotics, medicine).
A good knowledge of fundamental topics in machine learning and deep learning, along with strong coding skills is expected. Experience with advanced deep learning topics, particularly deep reinforcement learning, and familiarity with simulation environments for robotics is preferred.
