Development of a wireless system for remote monitoring of the physical condition indicators of military and special forces personnel.
The unified MEMS technology of production of sensors of acoustic waves is created, the additional technological equipment and equipment is developed. The main difference of the proposed technology is the unification of special techniques and technological modes of manufacturing the basic structure, sensitive and piezoelectric layers of different sensors.
Experimental samples of biopotential sensors for ECG and EEG, ultraviolet radiation, acceleration (accelerometer) and oxygen concentration in blood and CO2 were developed and studied. Studies have shown an increase in sensitivity, expansion of the dynamic range, reduction of recovery time and compensation for the influence of environmental parameters on the characteristics of sensors.
Experimental samples of sensors of biopotentials, ultraviolet radiation, acceleration, and the device of probing radio frequency signal are developed.
Physico-topological and equivalent circuit SPICE models of the basic structure of OAH and PAH resonators have been developed, CAD components for construction and design of sensor microsystems and remote data acquisition equipment, algorithms and built-in programs for processing and collaboration with information means have been created. The method of synthesis of functional elements of wireless sensor networks and methodical recommendations on their use in systems of monitoring of a physical condition of personnel of divisions and characteristics of environment are developed.