A Certain Naval Gun Shot Meter Smart School Of Design And Analysis

In the firing process, due to influence of naval gun itself,the battlefieldenvironment, and many other factors, the shooting have deviation both in angle anddistance.These deviations need to be timely corrected, and different solutions havedifferent effects on the gun shooting performance.The paper propose a feasible solution for naval gan’s correction and shooting inthe process of upgrading the existing weapons.It can be used to replace thebackward way which guide the naval gan’s fire by observing water column andreporting artificially. The core idea is sampling the projectile trajectory and thengetting ballistic equation solver conditions used to calculate the projectile impact pointquickly. Eventually the calculated impact point can be use to guide and correct the nextfire. Most important feature of this method is not required to wait the formation of atrue impact point. Shooting can be corrected using the projectile impact pointcalculated in advance. In this way, the nava gun can effectively improve the reactionspeed in battle. In particular, the impact point is not usually visible in shoreattack, in this case the application of other methods for correction will becomedifficult, but this approach is still feasible.Under the guidance of the above methods, papers complete the system analysisand design. The following is the main contest of the paper.1) Introduce the related research about naval gan’s correction and thecharacteristics of the different processing platform.2Analysis the process of naval gun’s fire, establish the calculation model for thecorrection system and introduce related theories.3)Introduced the detecting principle of gun’s radar system and analysis theinitial conditions for system design.4)Introduce the TMS320F2812and related design tools,complete the design ofhardware and sofeware for the correction system.5)Debugging the main modules in the software design and test thesemodules’performance. 6)Complete the system static experiments,verify the system design requirementand analysis of experimental results.