在过去的几十年里，军队在努力开发技术的同时，保护步兵的听力和战场通信援助。 现在，一位法国研究人员进行了一个概念证明，使用 TCAPS 系统中的麦克风捕捉射手的声学信息，并将其传输到士兵的智能手机上，实时显示射手的位置。5 月 13 日至 17 日期间，Hengy 将在肯塔基州 Louisville 的 Galt House， 举行的第 177 届美国声学学会的会议上展示他基于 TCAPS 定位射手位置的研究。 Hengy 的射手定位技术使用了一个事实，即大多数现代作战武器发射的子弹，以超音速速度，产生两个声波。 Hengy 说：“如果它是一个具有良好处理器的智能手机，获取完整轨迹的计算时间大约为半秒，” 他还指出，一旦士兵开始还火，定位系统会自动关闭。

In the past several decades, militaries have worked hard to develop technologies that simultaneously protect infantry soldiers' hearing and aid in battlefield communication. Now a French researcher has developed a proof of concept that uses the microphones in a TCAPS system to capture a shooter's acoustic information and transmit this to a soldier's smartphone to display shooter location in real time. Hengy will present his TCAPS-based shooter location research at the 177th Meeting of the Acoustical Society of America, which takes place May 13-17, at the Galt House in Louisville, Kentucky. Hengy's shooter location technology uses the fact that most modern combat weapons fire bullets at supersonic speeds, creating two acoustic waves. "If it's a smartphone with a good processor, the computation time to get the complete trajectory is about half a second," said Hengy, noting that once a soldier begins returning fire, the location system automatically turns off.

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