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ARRAY-TO-ARRAY BEAMFORMING AND ITERATIVE TIME REVERSAL TECHNIQUES

机译:阵列到阵列的变形和迭代时间反转技术

摘要

In examples, two arrays of Radio Frequency nodes achieve enhanced beamforming for communications between the arrays by successively sending sounding signals from one array to the other array. Each sounding signal sent by the first of the two arrays is beamformed through time reversal of an immediately preceding sounding signal received by the first array from the second array, and each sounding signal (except the initial sounding signal) sent by the second array is beamformed through time reversal of an immediately preceding sounding signal received by the second array from the first array. The initial sounding signal sent by the second array may be omnidirectional, beamformed through a guesstimate, random, predetermined, or determined through a search of the area where the arrays are located. With sufficient beamfocusing, the arrays may communicate by sending and receiving data from one array to the other array.
机译:在示例中,两个射频节点阵列通过从一个阵列连续向另一个阵列发送探测信号,实现了阵列之间通信的增强波束成形。通过两个阵列中的第一个阵列发送的每个探测信号通过第一阵列从第二个阵列接收的紧接在前的探测信号的时间反转进行波束成形,并且第二个阵列发送的每个探测信号(初始探测信号除外)都进行波束成形。通过第二阵列从第一阵列接收到的紧接在前的探测信号的时间反转。由第二阵列发送的初始探测信号可以是全向的,通过猜测,随机,预定或通过搜索阵列所处区域来确定的波束形成。利用足够的束聚焦,阵列可以通过从一个阵列向另一阵列发送和接收数据来进行通信。

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