Accident avoidance of Fighter Pilots by stress monitoring with wireless sensors in BAN
Wearable health monitoring is novel information technology that will be able to support early detection of abnormal conditions and prevention of its serious consequences. It is useful in areas like lifestyle, assisted living, sports and entertainment functionalities, toxic levels in the lungs of a fire-fighter, radiation exposure in war zones etc. Real time stress monitoring of fighter pilots through wearable wireless sensors in body area network are the vital issue for researchers to acquire potential knowledge through data mining of all gathered information. The statistics reveal that 40% of total flying accidents in IAF occur due to human error[1]. This paper proposes the workable concept to provide some valuable insights of human behavior under high dasiagpsila conditions. The proposed system can synergize the information from multiple sensors, warn the user in the case of emergencies, and provide feedback during supervised recovery or normal activity.