The smart feed system aimed at fleetly and reliably transfer the ammunitions from the magazine room under the deck to the turret to satisfy the gun ' s requisition of continuously and fast shooting for the modern navy war 敏捷供弹系统要实现的目标就是将弹药快速、可靠地从甲板底部的弹药仓输送到炮位以满足舰炮连续、高速射击的现代海战要求。
This paper will deeply and systemically analyze the effect of random error on the location accuracy of the artillery target - search and gun - pointing adjustment radar by using simulation method , present an approach to increase the location accuracy 本文以模拟仿真的方法深入系统地分析了随机误差对炮位侦察校射雷达定位精度的影响，并提出了提高定位精度的途径。
Referring materials of research on feed system , this thesis proposed a feed method , which used multi - drum to feed in the transfer rooms , serially raise the ammunition in central elevator hoist and multi - direction in turret . this thesis discussed the whole arrangement of the large - medium caliber gun ' s feed system , technique of multi - direction feed in the transfer rooms , serial raising technique , and double direction feed technique in turret and relative technique of ammunition type changing and interface 本文从系统功能的角度研究了大中口径舰炮扬供弹系统的总体布局、转运间的多向供弹技术、单线扬弹技术、炮位的双向供弹技术及相关的更换弹种和接口技术，并利用先进的设计软件对敏捷供弹系统的运动情况进行了三维虚拟样机建模、仿真研究。
In this dissertation , based on the dynamic similitude theory and the similitude theorem , the artillery full parameters similitude relationships of the internal ballistics , the artillery intensity , the artillery dynamic , the major artillery components , and the emplacement soil were established . the mutually relationship of all parameters in the system was established . the full parameter artillery physical simulation theory was firstly established 本文以力学相似理论为基础，利用相似定理，对火炮内外弹道、火炮强度、火炮动力学、主要功能部件、炮位土壤建立了火炮全参数相似关系；确定了全系统各相似参数之间的相容性；首次创建了火炮全参数物理模拟理论。
Then , we use a simulation method to create a large number of radar measurement values , produce a quantity of random numbers using computer software and add them to the radar measurement values , we use kallman filtering method to calculate the location , velocity and trajectory coefficient of the target at the moment of the final tracking point , and use the numerical solving method of differential equation to calculate the trajectory , the location of the hostile artillery or the impact point of its own projectiles , finally , we calculate statistically the random error of the tracking system and analyze the location accuracy 然后采用模拟仿真方法获得大量的雷达测量值，由计算机软件产生大量的随机数，加入雷达测量值中，用卡尔曼滤波法计算出最后跟踪点时刻的目标位置、速度和弹道系数，再用微分方程数值解法计算出整个弹道轨迹、计算出敌方炮位的位置或己方炮弹的落点，最后统计出跟踪系统的随机误差，分析定位精度。
The setting up on gun position uses double row showing , and up row is the direction of fire and angle of fire that terminal set has provided , down row is the angle that coder on the undercarriage has measured when gun layer attached to the trunnions while operating , when double row data consistent , stop operation and finish supervise and control 在炮位上的设置采用双排显示，上排即为终端机提供的射角和射向，下排则为瞄准手操作过程中固定于耳轴、下架基轴部位的编码器所测得的获得角。当两排数据一致时停止操作，完成监控。
