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首页> 外文会议>International Conference on Information and Communication Technology for Sustainable Development >An Autonomic LASER Tag Combat Simulation System Based on IPS Using RSSI from Wireless Devices
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An Autonomic LASER Tag Combat Simulation System Based on IPS Using RSSI from Wireless Devices

机译：基于IPS从无线设备使用RSSI的自主激光标签作战仿真系统

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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.
机译：一个作战模拟已经在努力使孟加拉国陆军更先进的日期和有效的，以消除在实践领域使用真实的武器和弹药节约的成本为目的而编写的。这是可能的，而无需使用传统的真实枪支，弹药，进行与低成本的激光标记实战模拟。该系统由三所大部分组成。这些都是激光冲击波，战位和镜头检测背心。每个团队可以分成两个，并与激光冲击波做实战模拟。这种模拟将发生在室内房间，将被认为是战位，其中一个人坐在可以监视来自基站的整个模拟。在这种实战模拟，玩家将被来自激光冲击波射击激光增益点多，从对手的球员可能的，每个球员将身穿背心，这将检测对手的激光。每个球员的背心将有他的健康吧，点多少留在激光冲击波子弹。由于这种模拟将发生在一个室内空间，所以计算出每个球员的位置，而实在是太难以得到玩家的准确位置是非常重要的。因此，对于这个它需要测试两个仿真得到的错误率几乎为零，并得到玩家的实际位置。

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