Virtual Closed-loop And Fire

Contraposing the difficulty of the traditional Closed-loop amending, a new method of shooting amending is presented in this paper. The method presented is demonstrated to be practicable by digital simulation and the result of experimentation. Some results of simulations and experiments in shooting range.The main contents of this thesis are as follows:1. Two solutions to fire problem are discussed, which provides an essential way to get shooting elements error.2. What these errors of shooting elements are composed of and what bring about these errors are specified. With these errors, how to set a correlative error model and to dope out new errors with the model are also presented.3. The principium and a particular method of achieving fictitious Closed-loop amending are presented. Two representative examples are provided to demonstrate the method to be effective.4. Some brief introduction of the tracking mode, the blocking mode and future airspace window are presented. After solutions to fire problems for the blocking mode and future airspace window are presented, different ways to achieve fictitious Closed-loop amending to different shooting modes arediscussed in detail. The novel points of this thesis are:1. A way to achieve the fictitious Closed-loop amending is put forward for the first time.2. How to use the fictitious Closed-loop amending in different shooting mode is discussed for the first time.