The intelligent technologies application for artillery control

Abstract

A mortar is a close battle piece of ordnance designed for shooting with high trajectories ( α > 45°) and is used as a mobile, powerful “infantry artillery”. This weapon possesses the capability to destroy enemy soldiers and fire positions, concealed behind hills or in a settlement, boasts simple construction and maintenance, has a small mass and mobility (they can be transported by a small cross-country vehicle). Due to these qualities mortars can be effectively employed on mountainous terrains for surprise effect. At present 60, 80 and 120 mm mortars are most popular. These weapons manage to retain popularity and are being perfected. Since a mortar is a relatively cheap gun, its control is not yet computerized. This study presents possibilities of the computerized control of this weapon and planned representation of combat results that might aid in taking decisions concerning further actions.