DEVELOPMENTS IN ELECTRICAL AND COMPUTER ENGINEERING FOR ROBOT-ASSISTED SURGERY

Today's medical industry has seen an amazing advance with robot aided surgery, which offers improved surgical outcomes, less invasions, and more accuracy.The capacity to integrate electrical and computer engineering is at the heart of this development as it enables intelligent decision-making, real-time information handling, sensory input, control, and analysis.The development of surgical robots as an electrical and computer engineering application is covered in the current study.Control algorithms, sensor integration, haptic feedback, image-guided navigation, and AI-driven decision assistance are some of the topics that were covered there.The research also provided current approaches related surgical robots, including changes in their development and implementation, as well as their limits.The findings provide new insights into robotic surgery, and interdisciplinary research is essential to bringing future advancements to fruition.