It can also identify and monitor the position of the eyes, so it knows exactly where each image needs to be beamed, and passes this information on to the holographic-projection system.
它还可以发现与跟踪眼睛的位置，因此可以知道在什么位置投射什么图像，然后传递这种信息给全息投影系统。
It is also able to identify and monitor the position of the eyes, so it knows exactly where each image needs to be beamed and passes this information on to the holographic-projection system.
该系统还能辨别并监视眼睛方位，所以，它完全能准确地知道每副画面需要投向哪个方向，并将这样的信息交给全息投影系统。
In this paper, inverse projection principal component analysis (IPPCA) method is presented by way of research on PCA characteristics for improving its monitor sensitivity and diagnosis accuracy.
本文针对主元分析（PCA）方法在故障检测和诊断应用中的特点，对其进行拓展性研究，提出一种逆投影主元分析方法，意在提高故障检测灵敏度和诊断准确性。
In this paper, inverse projection principal component analysis (IPPCA) method is presented by way of research on PCA characteristics for improving its monitor sensitivity and diagnosis accuracy.
本文针对主元分析（PCA）方法在故障检测和诊断应用中的特点，对其进行拓展性研究，提出一种逆投影主元分析方法，意在提高故障检测灵敏度和诊断准确性。
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