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Secure Positioning Technique based on the Encrypted Visible Light Map

机译:基于加密可见光图的安全定位技术

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For overcoming the performance degradation problems of the conventional visible light (VL) positioning system, which are due to the co-channel interference by adjacent light and the irregularity of the VL reception position in the three dimensional (3-D) VL channel, the secure positioning technique based on the two dimensional (2-D) encrypted VL map is proposed, implemented as the prototype for the specific embedded positioning system, and verified by performance tests in this paper. It is shown from the test results that the proposed technique achieves the performance enhancement over 21.7% value better than the conventional one in the real positioning environment, and the well known PN code is the optimal stream encryption key for the good VL positioning.
机译:为了克服常规可见光(VL)定位系统的性能下降问题,这些问题是由于相邻光的同信道干扰以及三维(3-D)VL通道中VL接收位置的不规则性引起的,提出了一种基于二维(2-D)加密VL映射的安全定位技术,将其作为特定嵌入式定位系统的原型,并通过性能测试进行了验证。从测试结果可以看出,所提出的技术在实际定位环境中的性能比传统技术提高了21.7%,性能提高,众所周知的PN码是实现VL良好定位的最佳流加密密钥。

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