WEB Application for Control Oxygen Regimes of the Body

Introduction. The muscular fitness of servicemen plays a significant role in the successful performance of military and professional tasks. Currently, 60 days are allotted for the training of a serviceman, so the task of optimizing this training is urgent. Typically, strength endurance can be effectively improved by combining strength, aerobic, and specific weight training. Therefore, the task of objective control of the training process is urgent. A number of sources emphasize the connection between the injuries of military personnel in the conditions of professional activity and aerobic productivity. That is why a model of regulation of the body's oxygen regimes was chosen for the purpose of training control. The need to process large amounts of information justifies the need to develop convenient applications for this. The purpose of the paper is to develop a web application for monitoring the training process of military personnel based on the model of managing the body's oxygen regimes. Methods. Mathematical modeling methods, programming methods. Results. The developed web application for modeling the oxygen regimes of the body allows for objective control of speed and strength training of military personnel. The web application is developed on the OpenXava platform, which provides the user with a more convenient service, is suitable not only for the Windows operating system, but also for Linux, Mac, UNIX, Android and does not require the installation of additional software. Keywords: mathematical model of regulation of oxygen regimes of the body, professional military activity, speed-power training of the military.