Grant: Alliance Grants

The IASO project aims to improve the precision and reliability of robotic surgical systems by developing new technologies that use advanced cameras and artificial intelligence (AI). These systems are used in complex surgeries, such as joint replacements, where accuracy is critical to patient outcomes. The research will focus on creating more accurate methods for calibrating cameras, combining data from different types of sensors (like infrared and LiDAR), and using AI to build real-time 3D models of the surgical field. This project is important to healthcare professionals, medical device manufacturers, and patients, as it will enhance the performance of robotic systems used in surgery. By improving accuracy and reducing errors, the technology developed in IASO will make surgeries safer and more effective. Additionally, the new methods will help reduce the need for manual recalibration during surgeries, saving time and improving efficiency in operating rooms. The anticipated outcomes of this project will lead to significant economic and social benefits for Canada. The advancements will help Canadian companies, like THINK Surgical, remain competitive in the global medical technology market. The project will also create new jobs and provide training for students in cutting-edge fields like AI and computer vision. On a societal level, the improved technology will benefit Canadian patients by reducing surgical complications and recovery times, ultimately improving the quality of healthcare across the country.