The Photoelectric Aimed System Of Manual Gun Based On Distributed Fire Control

"To carry out the military strategy and policy of the active defense, and improve the defensive combat ability under the high-tech condition. To adapt to the trend of the military change of the world, implement the strategy of strengthening armed forces relying on science and technology, strengthen independent innovation ability, and quicken the development of science and techniques of defense and weaponry", "To reform the active service equipments with the high technology", "To pay more attention to reforming active service equipments" Under these guidelines, this thesis has been completed based on a manual photoelectric aimed fire system.Firstly, the general concept, significance, function and some key technology is explained and the research background and main task of the subject is introduced. Then the feasibility of accomplishing antimissile mission with antiaircraft gun is discussed and a simple sketch map of the system is given.Secondly, the main performance, component, operation principle of the target COMER which is one of the sensors in the distributed fire system is introduced and the applied formulae for the trajectory identification in the device are derived. As a command center in the distributed fire system, a handy and multi- functional company command computer is introduced. Some fire network function among higher authorities command and the antiaircraft friendly neighbor fire could be realized in a flexible way and a low cost in the computer. The applied information fusion formulae with a higher precision are derived for the fire system in the device.Thirdly, the paper introduces the structure and main function of the digital collimator. On this foundation, we derive formulas that can be used in communication status. According to characteristic of the manual gun system the scheme of establishing the communication system is introduced and the key technology of hardware and software is described in detail.Finally, the availability of the system is validated and high speed communication standard platform of the distributed fire control system is deeply researched both in theoretical field and practical domain.