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Fast identification of images using neural networks

机译:使用神经网络快速识别图像

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A hierarchical structure of neural networks has been constructed and utilized for fast identification of images. Applications include recognition and extraction of partially obscured objects. The networks are self-organizing. The selection and registration of necessary templates are automated at all levels. Training of the networks takes a minimal amount of time. The development is mostly carried out on a Sun-3 workstation, VAX and IRIS 4D/240 computers with a single processor. However, this algorithm is more effective if implemented in parallel computers. A preliminary parallel implementation study with an AMT DAP-610 systolic array computer was conducted and favorable results obtained. The experimentation of the algorithm with various image data with or without partial occlusion shows robustness of the networks. Further applications of the networks are in progress.
机译:已经构建并利用了神经网络的层次结构以快速识别图像。应用包括识别和提取部分遮挡物体。网络是自我组织的。必要模板的选择和注册在各个层面都是自动化的。网络的培训需要少量的时间。开发主要在Sun-3工作站,VAX和IRIS 4D / 240计算机上进行,具有单个处理器。然而,如果在并行计算机中实现,该算法更有效。对AMT DAP-610收缩系统阵列计算机进行了初步并行实施研究,并获得了有利的结果。具有或不具有部分遮挡的各种图像数据的算法的实验显示了网络的鲁棒性。网络的进一步应用正在进行中。

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