PROCESS CONTROL SYSTEM OF A MULTICOMPONENT GENERAL ANESTHESIA BASED ON CURRENT MEASUREMENT OF PHYSIOLOGICAL PARAMETERS
We formulate the problem of optimal control depth of anesthesia the patient during surgery, based on current data from bedside monitors, monitor, measure hearing ringing potentials as a monitor of neuromuscular conduction. Designed and implemented a system of optimal control of multicomponent anesthesia process, forming a control action based on monitoring data and the specified criteria of optimality, by acting on the patient using four infusion dosing. In operation, the system is building integrated multisystem nomogram analyzing which doctor can uniquely determine the current status of the patient. Clinical use of the developed system allows you to brand new products to tackle the problem of multicomponent anesthesia implementation, taking into account the individual patient. Implementation of the system reduces the number of relative contraindications to surgery in patients of middle-aged and elderly, to prevent the development of critical events during anesthesia, thus increasing its safety, reduces the quantitative cost of medicines for anesthesia, which in turn reduces the cost of anesthesia.