Simulated Evaluation of a System Controlled Multi-specialty Robotic-Assisted Surgery in Modern Healthcare

Surgical robot-driven systems are emerging as a strong modern approach in the healthcare sector. It is extremely fruitful in enhancing surgical techniques. With this constant rise in robotic surgery methods, there is a constant desire to develop more reliable and robust models for such operations to take place in a precise manner. In today’s world, robotic surgery is applied in many medical centers successfully and is widely accepted too. This study discusses the relevance of robotic surgery in the modern healthcare scenario. Also a novel system-enabled multi-specialty robotic surgical simulated model is proposed to enhance the quality of healthcare. Upon demonstration, it is observed that simulation with robotic surgery is very promising. A mean latency of 4.3 s was recorded with the proposed robotic surgical model and the average success rate observed is 87.1% which is quite high when compared to traditional medical approaches.