推导了采用基于数字阵列坐标的直接线性变换方法的非量测普通数码相机方位元素解算方法。
The calculating equations for orientation elements of common digital camera are deducted using DLT method based on digital array coordinator assumption.
本文主要分析采用光纤前端的光学天线阵列激光告警器结构原理，以及其方位识别方法。
This thesis mainly introduces optical antenna arrays and coding method of laser warning system using optical fiber front end technology.
拖曳线列阵的方位分辨率是一项重要性能指标，而它被拖曳线列阵的阵列孔径所限制。
The direction-of-arrival resolution of the towed linear array is an important performance index, which is restricted by the array aperture of the towed linear array.
而对于平面任意阵列，提出了一种阵列内插的多扇区方位角估计方法。
For arbitrary planer array, we may adopt a kind of array interpolation method that can estimate azimuth of the signals in multisectors.
本文基于圆阵列及其输出时延提出了一种空间信号频率、方位角和仰角的联合参数估计新方法。
Based on uniform circular array and its elements output signal delay, a novel method for estimation of spatial frequency, azimuth and elevation is presented.
现参照图4，示出了线性阵列扬声器的两个相邻声学驱动器28、30的示意性俯视图(也就是沿着如图2a至2c的线36一样方位的线的视图)。
Referring now to FIG. 4, there is shown diagrammatic top view (that is, a view along a line oriented as line 36 of FIGS. 2a-2c) of two adjacent acoustic drivers 28, 30 of a line array loudspeaker.
阵列信号处理的热点之一是目标波达方位（DOA）估计。
The direction-of-arrival (DOA) estimation is one of the most important problems in the technology of the array signal processing.
在阵列信号处理中，提取回波信号中的空间频率，可以得到目标的方位信息。
In processing of array signal, Direction of Arrival (DOA) of target can be obtained by extracting spatial frequency of echo.
提出一种从四分量正交偶极子声波阵列波形数据中提取地层剪切波方位各向异性参数的有效方法。
A new method for estimating formation S-wave anisotropy parameters from 4-component (4-c) data in cross-dipole array acoustic logging is proposed.
提出一种从四分量正交偶极子声波阵列波形数据中提取地层剪切波方位各向异性参数的有效方法。
A new method for estimating formation S-wave anisotropy parameters from 4-component (4-c) data in cross-dipole array acoustic logging is proposed.
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