A communication system supporting simultaneous planning and execution in cranio-maxillo-facial surgery

Area of Science:

• Robotics and Automation
• Surgical Technology
• Medical Imaging and Data Processing

Background:

• Surgical operations, particularly in the cranio-maxillo-facial area, require precise planning and execution.
• Current methods often involve time-consuming preprocessing of complex medical data.
• Integrating real-time sensor feedback into surgical planning and execution remains a challenge.

Purpose of the Study:

• To develop a system for simultaneous planning and execution of surgical operations.
• To enable reactive, on-line planning based on sensor information during surgery.
• To address the complexities of medical data preprocessing for surgical robotics.

Main Methods:

• Development of a system architecture for evaluating sensor data in real-time.
• Implementation of an on-line execution planning process that is highly reactive.
• Integration of sensor information for monitoring robot environment during surgical tasks.

Main Results:

• A system for simultaneous planning and execution of cranio-maxillo-facial surgeries was developed.
• The system demonstrates reactive planning capabilities based on sensor feedback.
• A detailed presentation of execution planning and sensor data evaluation phases is provided, exemplified by a LeFort I osteotomy.

Conclusions:

• The developed system enables simultaneous planning and execution for cranio-maxillo-facial surgery.
• The architecture effectively handles complex medical data and real-time sensor evaluation.
• This approach enhances surgical precision and adaptability through on-line, reactive planning.