A review for regulating thermal patient suit in healthcare applications.

This medical technological advance is based on artificial intelligence to regulate the heat distribution of patients during surgical procedures These new methods increase the patient's comfort and regulate his temperature during surgery. Currently, proper maintenance of the patient's temperature during medical procedures requires the development of the following intelligent systems. This project addresses this problem through the use of artificial intelligence for thermoregulation, a distribution that provides precise organizational solutions to increase patient comfort. The goal is to innovate and test Thermoregulation systems based on artificial intelligence. This process includes the integration of sensors, the use of artificial intelligence and Artificial intelligence algorithms for data analysis and the use of actuators to control the patient's prosthesis. Anna. The main purpose of the method is to improve the patient's temperature control during surgery, which helps to optimize medical treatment. The result. The method involves the addition of sensors for instant temperature monitoring, data collection, artificial temperature formulation, intelligence algorithms, starting the engine, creating feedback loops and developing an intuitive and comprehensive interface Testing and verification. In summary, adopting AI-based thermoregulation systems looks promising in improving healthcare outcomes. Through an intelligent combination of sensors, AI algorithms, and actuators, the system is designed to provide an advanced and customizable approach to temperature regulation, ensuring a more comfortable and controlled environment for patients receiving medical care. Continuous experimentation, improvement and continuous collaboration with healthcare professionals will be key to realizing the full potential of this innovative medical solution. [ABSTRACT FROM AUTHOR]