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马丁马里埃特公司的航空小组将于今春试飞一种用于F-15E型飞机上的自动目标识别系统,该系统的关键元件是马丁公司的几何运算并联处理机结构,而这种结构又是以在一单片上有721位微机特制阵列为基础的。每个微机有128位寄存器。每个微机处理五个象元的信号处理量。然而,该系统用880个芯片来获得250000象元分辨率。系统对第一个模型测出红外图像强度,然后判别,最后给驾驶员定出重点目标的先后顺序。通过模拟红外数据,该系统能够确定具体地面目标的“信息”或形状,是坦克或防空火炮,然后确定哪个是最主要的目标,
The Martin Mariette aeronautical team will test an automatic target recognition system for the F-15E aircraft this spring. The key component of the system is Martin’s geometry-parallel processor architecture, which in turn is Based on a 721-bit microcomputer-specific array on a single chip. Each microcomputer has 128 registers. Each microcomputer to deal with the five pixel signal processing capacity. However, the system uses 250 chips to achieve 250,000 pixel resolution. The system measures the intensity of the infrared image of the first model, and then determines the order of the key targets to the driver. By simulating infrared data, the system can determine the “information” or shape of a specific ground target, which is a tank or anti-aircraft gun, and then determine which is the primary target,