Algorithmic Research About Firing In The Firing Control System Of Antiaircraft Artillery

As far as recent several high technology local wars are concerned, air raid is the primary means in future war, air raid and against air raid will be an important campaign pattern in the future. The task for air defense and antimissile guided missile is more and more difficult because mass precision guided munitions (PGM) is used on seat of war. In order to adapt for future campaign, we have to make use of current weapon equipment and raise the usage performance of the existing weapon equipment. Antiaircraft artillery is the important weapon equipment in air defense and is the important constitute part in air defense system. Antiaircraft artillery is the important composing in our country air defense and the fire control system of antiaircraft artillery is the hard core in the antiaircraft artillery because its task is hunting, tracking and computing firing data of antiaircraft artillery, but the firepower control system of medium or minor-caliber antiaircraft artillery that is equipped in our army widespread exists some problems that are follow-up system function badly, the system response slowly and low accuracy and hit probability of whole systems. This demands us research the key technique of the firepower control system thoroughly, new fire control technology which includes shooting system and shooting conception for the new weapon system, to meet the need of battle in the future.This article is started from the coordinates system in the fire control system of antiaircraft artillery, and then emphasized the analyzing the equation result for fire control system of antiaircraft artillery, the equation result for firing data of antiaircraft artillery and the firing effect, modeling shooting error potently, making use of least-squares procedure analysis and resulting the error function. This article optimizes the iterated method of firing control system of antiaircraft artillery which solves the hitting question, detailed research the procedure solution of firing data and gives the result of firing data frame. This article models, researches and classes the shooting error, simplifies the shooting error model, uses the least-squares procedure to calculate the error coefficient. The article researches hit probability of single firepower unit and multiple firepower units making use of analytic result of shooting error. This production must affect the development of numeralization antiaircraft artillery and the establishment of firing training simulation system positively.