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A computational technique for intelligent computers to learn and identify the human's relative directions

机译:一种用于智能计算机学习和识别人的相对方向的计算技术

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The most broadly perceived relative directions are right, left, up, down, backward and forward. This research paper presents a new computational technique to learn human's relative directions, where one intelligent computer can learn any human's right, left, up, down, backward and forward or different relative directions. The present paper portrays models describing the essential structures of relative direction learning process between human and intelligent machine. We developed two proficient algorithms for solving this approach. In our experiment we propose Human Relative Direction Learning (HRDL) algorithm for learning human's relative directions and Human Direction Identification (HDI) algorithm for tracking any human position and identity human's relative directions from different direction points.
机译:最广泛感知的相对方向是右,左,上,下,后退和向前。本研究论文提出了一种新的计算技术来学习人的相对方向,其中一台智能计算机可以学习任何人的右,左,上,下,后退和前进或不同的相对方向。本文描述了描述人与智能机器之间相对方向学习过程的基本结构的模型。我们开发了两种精通的算法来解决这种方法。在我们的实验中,我们提出了用于学习人类相对方向的人类相对方向学习(HRDL)算法和用于追踪任何人类位置并从不同方向点识别人类相对方向的人类方向识别(HDI)算法。

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