基于无线设备RSSI的IPS自主激光打标战斗仿真系统

M. Alam, Umma Hany, Iftekher Alam Rahat, Md. Musfiqur Rahman, Md. Isteak Parvez, Md. Jahid Hasan, Md. Saiam
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引用次数: 0

摘要

为了使孟加拉国军队更加先进和有效率,已经准备了一场模拟战斗,目的是在实战中不再使用真正的武器,并节省弹药费用。在不使用传统真枪或弹药的情况下,用低成本的激光标签进行战斗模拟是可能的。该系统有三个主要组成部分。这些是激光炮,战斗站和射击探测背心。每个小组可以分成两组,用激光炮进行战斗模拟。这个模拟将在一个室内房间进行,这个房间将被视为战斗站,一个人坐在那里可以从基站观看整个模拟过程。在这个战斗模拟中,玩家将通过激光炮发射激光从对手身上获得尽可能多的分数,每个玩家将穿着一件背心,它将探测到对手的激光。每个玩家的背心上都有他的生命值条、点数以及激光炮中还剩下多少子弹。因为这个模拟是在室内进行的,所以计算每个玩家的位置很重要,但是很难得到玩家的确切位置。为此,我们需要测试两个模拟,使错误率接近于零,并获得玩家的实际位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Autonomic LASER Tag Combat Simulation System Based on IPS Using RSSI from Wireless Devices
A combat simulation has been prepared in an effort to make the Bangladesh Army more up-to-date and efficient, with the aim of eliminating the use of real weapons in practice field and saving the cost of ammunition. It is possible to conduct combat simulation with low-cost laser tag without using conventional real guns or ammunition. The system has three major components. These are the laser blaster, battle station, and shot detection vest. Each team can split into two and do combat simulation with laser blaster. This simulation will take place in an indoor room which will be consider as battle station, where one person sitting can watch over the whole simulation from base station. In this combat simulation, a player will gain as many points as possible from the opponent player by shooting laser from the laser blaster, each player will be wearing a vest, which will detect the opponent's laser. Each player's vest will have his health bar, points and how many bullets left in that laser blaster. As this simulation will take place in an indoor room so it is important to calculate the position of each player, while it is too difficult to get the exact position of a player. So, for this it's needed to test two simulation and get the error rate approximately zero and get the actual position of a player.
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