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A proposed super-fast scheme for Instant-detect-instant-kill of a Ground-to-air missile

机译:拟议的地空导弹即时检测瞬间杀伤超快方案

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When we apply the newly developed LPED (local polar edge detection) image processing method to a binary IR-image which contains a special meteorite-like streak produced by the enemy SAM, the image processing speed can be even enhanced further if another novel preprocessing scheme is used. This novel preprocessing scheme is achieved by taking the advantage of the characteristic geometry of the meteorite-like target into consideration. That is, we only take the clustered high temperature image points making the shape of a slender cylinder ended with a broom-like exhaust fume into consideration. Then we can spatial-filter or pre-extract the cylinder by its geometrical property before we apply the LPED method. This will then result in a super-fast detection, super-fast tracking and super-fast targeting on the CM (center of mass) point of the cylinder. This CM point is just the "heart" of the flying missile. Incorporating this targeting system with a high power laser gun through the use of a Wollaston prism, an air-borne instant detect-instant-kill SAM killer system may then be constructed.
机译:当我们将新开发的LPED(局部极边缘检测)图像处理方法应用于包含敌方SAM产生的特殊陨石样条纹的二进制IR图像时,如果使用另一种新颖的预处理方案,则可以进一步提高图像处理速度用来。这种新颖的预处理方案是通过考虑陨石样靶材的特征几何形状来实现的。也就是说,我们只考虑聚类的高温图像点,使细长的圆柱体形状以扫帚状排气烟气结束。然后,在应用LPED方法之前,我们可以通过圆柱的几何特性对圆柱进行空间过滤或预提取。然后,这将导致对圆柱体的CM(质心)点进行超快速检测,超快速跟踪和超快速瞄准。这个CM点只是飞弹的“心脏”。通过使用沃拉斯顿棱镜,将该瞄准系统与高功率激光枪结合在一起,即可构建一个机载即时检测-即时杀伤型SAM杀手系统。

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