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APPARATUS AND METHODS FOR OBJECT RECOGNITION USING A GENETICALLY-DEFINED FEATURE SPACE TRANSFORM

机译:使用遗传定义的特征空间变换进行对象识别的装置和方法

摘要

The instant disclosure relates to use of genetic algorithms that produce feature space transforms that are individually trained/evaluated extensively a priori to identify specific objects or features of such specific objects (e.g., man-made structures such as vehicles, buildings, flags, and the like and natural-objects such as human facial features, animals, and the like). A resulting optimized feature space transform results and can be implemented as a very compact algorithm operating on a small reconnaissance vehicle having limited processing capability, for example. The feature space transform can be utilized to identify diverse and distinct objects (e.g., two, five, ten, or more) from a single vehicle (or stationary location). Thus, if the objects of interest include a weapon, a vehicle, and/or a particular building the single vehicle can alternatively apply the single feature space transform upon a scene of interest and distinguish with a high degree of specificity and sensitivity which of the plurality of objects is present. The conclusions drawn from the transform can be wirelessly transmitted for appropriate follow-up, stored to a memory location, and/or quickly acted upon by the vehicle.
机译:本公开涉及遗传算法的使用,该遗传算法产生特征空间变换,特征空​​间变换经过先验地单独训练/评估,以识别特定对象或这些特定对象的特征(例如,人造结构,如车辆,建筑物,旗帜和建筑物)。和自然物体(例如人的面部特征,动物等)。产生的优化的特征空间变换结果可被实现为例如在处理能力有限的小型侦察车上运行的非常紧凑的算法。可以利用特征空间变换来识别来自单个车辆(或固定位置)的各种不同的对象(例如,两个,五个,十个或更多)。因此,如果感兴趣的对象包括武器,车辆和/或特定建筑物,则单个车辆可以替代地将单个特征空间变换应用于感兴趣的场景,并以高度的特异性和灵敏度区分多个对象中的哪个。存在对象。从变换得出的结论可以无线传输以进行适当的跟进,存储到存储位置和/或由车辆快速作用。

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