No abstract

No abstract

Considering people who are in a coma, doctors have to rely on physical clues and information provided by monitoring systems. It is commonly used for patients in a vegetative state, as contact with them is difficult. Taking into account the typical workload of the doctor, they require several tools to monitor the coma depth, since it is hard to perform a clinical evaluation hourly. Therefore, visual perception and monitoring of physical state for coma personnel proved to be more convenient for prompt decision-making. In a number of cases, it would be possible to make a prognosis for their recovery and monitor effectiveness of treatment courses. Visual control system based on RGB led strips according to the ANI range of values was created. In conclusion, the connecting scheme of ANI monitor with the implementation of visual object was presented.

Due to the development of high technologies, there is a need to use computer systems to support the increasingly complex types of human activities. It provides high accuracy and speed of various research and medical examinations. Taking into account the daily workload of doctors in the Intensive Care Unit, remote medical diagnostics systems are being implemented in many referral hospitals to predict the course of diseases. Decision-making is the result of processing certain information, the medical history patients based on the use of accumulated knowledge. Therefore, it can be concluded that automatic and visual control systems make the diagnosis process more accurate and easier. The aim of the work is to develop an optoelectronic system for visual monitoring and data transmission for patients in a coma by Li-Fi technology.

No abstract