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Using associative memory principles to enhance perceptual ability of vision systems

机译:利用关联内存原理提高视觉系统的感知能力

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The so called associative thinking, which humans are known to perform on every day basis, is attributed to the fact that human brain memorizes information using the dynamical system made of interconnected neurons. Retrieval of information in such a system is accomplished in associative sense; starting from an arbitrary state, which might be an encoded representation of a visual image, the brain activity converges to another state, which is stable and which is what the brain remembers. In this paper we explore the possibility of using an associative memory for the purpose of enhancing the interactive capability of perceptual vision systems. By following the biological memory principles, we show how vision systems can be designed to recognize faces, facial gestures and orientations, using low-end video cameras and little computational power. In doing that we use the public domain associative memory code.
机译:所谓的联想思维,人类被众所周知的思考,归因于每天进行,归因于人类大脑使用由相互连接的神经元制成的动态系统记忆信息。在这种系统中检索信息的检索是在联想意义上完成的;从任意状态开始,这可能是视觉图像的编码表示,大脑活动会聚到另一个状态,这是稳定的,这是大脑记得的。在本文中,我们探讨了使用关联记忆的可能性,以提高感知视觉系统的交互能力。通过遵循生物记忆原理,我们展示了视觉系统如何使用低端摄像机和几乎没有计算能力识别面部,面部手势和方向。在这样做,我们使用公共域关联内存代码。

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