CAJ | 학술논문

针对某型高炮采用的陀螺式测速瞄准具使用寿命短、维修困难、造价高等问题，运用计算机虚拟现实技术生成与实战近似的虚拟空中目标，利用硅微机械陀螺实时采集火炮转动角速度开发的高炮仿真瞄准训练系统，用于炮手对空中目标的跟踪瞄准训练，有效地解决了高炮传统瞄准训练空中目标保障困难和仿真模拟度低的问题，避免了以往训练中因需采集火炮运动参数而对武器装备机械结构的改动；通过对瞄准具光环特性的仿真，逼真地模拟了火炮跟踪瞄准过程，保证了训练技能与实战技能的顺利过渡，降低了训练成本，提高了训练效率。
침대모형고포채용적타라식측속묘준구사용수명단、유수곤난、조개고등문제，운용계산궤허의현실기술생성여실전근사적허의공중목표，이용규미궤계타라실시채집화포전동각속도개발적고포방진묘준훈련계통，용우포수대공중목표적근종묘준훈련，유효지해결료고포전통묘준훈련공중목표보장곤난화방진모의도저적문제，피면료이왕훈련중인수채집화포운동삼수이대무기장비궤계결구적개동；통과대묘준구광배특성적방진，핍진지모의료화포근종묘준과정，보증료훈련기능여실전기능적순리과도，강저료훈련성본，제고료훈련효솔。
To deal with the following problems from the top collimator for measuring speed: the short life span, maintenance difficulty and the high cost, we make use of the silicon mechanic top collecting angle velocity timely for developing a training system of emulated targeting for a certain artillery gun by means of the computer virtual realistic technique and virtual war target in the air. Using the training system, a gunner can track and search the target in the practical training. We can well ensure the air targets in the training and cope with the emulating low efficiency, and avoid the changing of weapon machine structure because of collecting artillery speed parameter in the former training. By really imitating the sight aureole characteristic, we emulate the artillery tracking and searching target process, and ensure the smooth transition of training technical ability and true war technical ability, and lower the training cost, and raise the training efficiency.