Information and Measurement System Based on Wireless Sensory Infocommunication Network for Polygon Testing of Guided and Unguided Rockets and Missiles
Игорь Светославович Шостко, Andriy Tevyashev, M. V. Neofitnyi, Dmytro Ageyev, S. Gulak · 2018
The work is focused on developing automation methods of the optical information-measuring system for the detection and support of guided and unguided rockets, artillery and reactive ammunitions at their field tests on the range. The basic idea is to use small-scale optoelectronic station of trajectory measurements with high-speed noninertial drives that are located along the route of an ammunition flight. All optoelectronic station of trajectory measurements are merged into a single information-measuring system. Each optoelectronic station of trajectory measurements in its area of responsibility is programmed to support the target in the predicted trajectory. The programming process is automated and carried out simultaneously for all optoelectronic station of trajectory measurements. For the synchronization and correction of the issuance of the target for each optoelectronic station of trajectory measurements in the process of escorting an ammunition, it is proposed to use the technologies of the wireless sensor info communication network.