Multi-station coordinated testing three-section-type relay detonating and controlling method for routine test target range

Abstract

The invention discloses a multi-station coordinated testing three-section-type relay detonating and controlling method for a routine test target range. A detonating and controlling center receives ballistic trajectory data sent from all testing devices, the data are subjected to necessary validity check and flight path smoothing treatment, and a real-time guide program is executed after the data of all the testing devices are received. In a ballistic trajectory testing experiment, if the ballistic trajectory advantages and disadvantages can be distinguished through manual work, a real-time manually assigned guide source is used for guiding. If the manually assigned guide source does not exist, preset guide sources are used for guiding. If all the preset guide sources are invalid, a non-preset guide mode is executed, and an automatic guide source optimization algorithm is adopted in the non-preset guide mode. The three-section-type multi-station coordinated testing technology provided by the invention can complement each other on the ballistic trajectory sections covered by the guide and measurement data, measuring parameters can work standby or referentially for each other, the advantages of all measuring systems are reasonably utilized, the measuring systems can complete testing tasks on the ballistic trajectory section which can mostly play the effect, and the data collecting rate of a single set of equipment is increased obviously.

Description

Technical field [0001] The invention belongs to the technical field of conventional shooting range ballistic testing, and specifically relates to a three-section relay fuse control method for multi-station collaborative testing of conventional test shooting ranges. Background technique [0002] The conventional test range undertakes a large number of medium and short-range missile test tasks, usually by tracking radar, photoelectric equipment, and telemetry equipment, etc., to undertake ballistic tracking test tasks. Radar has the advantages of strong tracking ability and rapid target acquisition. As a high-precision measuring device, optoelectronic equipment has the advantages of high measurement accuracy, strong intuitiveness, and stable performance. It is an important means of external measurement of aircraft. At present, most of these three types of test equipment participate in the test as independent test units, and do not give full play to the advantages of collaborative ...

AI Technical Summary

Problems solved by technology

Due to the influence of station layout, topography, etc., for fast-flying targets such as missiles, it often happens that one or more devices cannot capture the target, or even though it is captured, the target is lost due to occlusion or interference. , resulting in loss of critical data, causing the test to fail

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