系统研究了静止目标的识别和定位算法及其在该系统中的合理运用。
Study the recognition and orientation of still target and the application in the SYSTEM.
软件组成系统主要包括运动检测算法、车牌定位算法和字符识别算法。
The software system includes algorithms for movement detection, vehicle card orientation and character recognition.
从双平面定位算法和模块化导航机器人两方面阐述了双平面导航机器人系统。
This paper introduces the bi-planar navigation robot system in terms of the bi-planar localization algorithm and a modularized navigation robot.
仿真试验结果表明，该算法在提高组合导航系统的定位精度及可靠性和完整性方面是有效的。
The experimental results show that this algorithm is effective for the improvement of the locating accuracy, reliability and integrity of automatic vehicle integrated navigation system.
本论文的工作主要有两个部分：长程超短基线定位系统的高精度定位算法仿真研究和系统信号处理软件设计。
The main work of this paper contain two parts of content, simulation researching on high precision position arithmetic for USBL and the signal processing software design.
采用了卡尔曼滤波为核心算法的数据融合，来提高组合导航系统的定位精度和可靠性。
This system takes the Kalman filter as core algorithm to fuse data so that the positioning accuracy and system reliability can be improved.
提出一种基于肤色的人脸检测定位算法，设计了基于肤色的人脸检测和定位系统。
In this paper, the authors have presented an algorithm and designed a system for face detection and location based on complexion.
在基于时间的无线定位系统中，时间估计算法的精度和复杂度是衡量系统性能的关键因素。
In the Time-based Radio Location system, the precision and complexity of the time estimation algorithm are the key factors that affect the system performance.
基于这样的背景，本文从目标定位、时间配准和非线性滤波算法三个方面对多站纯方位被动跟踪系统进行了研究和算法改进。
According to this, this paper focuses on the study of bearings-only passive tracking system in the aspects of the target location, time alignment and nonlinear filtering algorithm.
系统采用了图像处理和模式识别等技术，提出了一种基于模板匹配的快速人脸定位算法。
The system combines image processing and pattern recognition techniques. We present a fast and reliable face location algorithm based on template matching.
设计了自走车的控制系统和定位算法，针对自走车的导航图像的图像处理，开展了相关研究工作。
Design the control system and orientation algorithm, aimed at image processing techniques of guidance images, related research is implemented.
为了提高微操作系统的装配精度，提出了一种新型的亚像素边缘检测和中心定位算法。
In order to improve the resolution and accuracy of micro-assembly systems, a novel sub-pixel edge detection and center localization algorithm for micro-parts is presented.
该系统由两个重要步骤组成：1基于灰度方差的车牌定位算法，2结合连通域分析和投影分析的字符切分算法。
The proposed method is divided into two steps: 1 license plate location by the variance of gray image, and 2 license plate segmentation by connected components analysis and projection analysis.
在自行构建的实验系统上进行目标定位实验，验证了上述理论算法的可行性和有效性。
Target location experiments were carried on a self-built experimental system. The results verified the feasibility and the validity of the theoretic approach presented in this thesis.
本文对微器件装配系统中机器视觉的功能和过程进行了设计，并对各部分算法进行了改进设计使其能够满足微装配的实时检测定位的功能。
This paper is proposed to function design and process design of the machine vision in micro-assembly system. And this paper improved algorithm in some key step in the process of machine vision.
系统地介绍了国内外近年来在无源定位技术中单站和多站定位的各种方法和定位算法，并对其特点进行了分析。
All kinds of methods and algorithms of single station and multi-station location in passive location technologies are systematically introduced, and their characteristics are analyzed in this paper.
提出一种基于图像特征和公钥密码系统的易损水印算法，在图像认证中能够定位图像被篡改的位置。
A new invisible watermarking technique which could localize tampered areas for image authentication was proposed, based on image feature and public key cryptography.
提出并讨论了基于动态阈值和阈长的进程定位模型和系统负载平衡的动态反馈调整自适应算法，还通过具体的实验分析论证了算法的性能。
The authors mainly raised and discussed a kind algorithm of process removal and allocation model, and some issues of load balancing adjustment and adaptive algorithms of dynamic feedback adjustment.
对机器人抓取试验系统的研究，有效地将识别和定位各个环节整合联系，增强了匹配算法的实用性。
The test system of robot grab can effectively link the process of identify and locate together, and strengthen the practicability of matching algorithms.
提出了一种北斗卫星定位系统和惯性导航系统的组合导航无源定位算法。
A passive location algorithm for the integrated navigation system of Beidou and inertial navigation system (INS) was put forward in this paper.
车牌定位是车牌自动识别系统中关键的第一步，传统的最大梯度差算法按图像像素矩阵的顺序进行扫描和运算，存在运算量大，耗时长的缺点。
The traditional MGD (maximum gradient difference) algorithm based on the order of the image pixels matrix has the shortcomings of the large operation measure and long-time running.
并介绍了该控制系统中的运动控制算法——单轴零点定位算法和多轴协同运动控制算法。
And introduce the motion control algorithm, including single axis zero positioning algorithm and multi-axis coordinated control algorithm.
结果根据微型诊疗胶囊定位系统的构成及空间投影定位算法，给出模型实验和初步人体实验结果。
Results The structure and arithmetic of the micro-medical device location system was introduced in this paper, which was validated through model test and preclinical test.
车牌识别系统主要由硬件和软件构成，本文主要介绍了车牌识别系统中的车牌定位与车牌字符分割算法。
LPRS is consisting of hardware and software, and this article studies the algorithm of license plate location and the algorithm of license plate character segmentation in LPRS.
在分析和研究GPS定位算法的基础上，本文用硬件实现了整个GPS定位算法，在系统中作为一个模块来专门负责导航运算。
On the basis of the research into GPS positioning calculation principles, the author implements the whole positioning algorithm, which is responsible for GPS computation in the system.
构建了基于计算机视觉的齿形链链板的测量系统，对直线和圆的边缘定位，提出了新的亚像素算法，计算了齿形链链板的销孔直径及圆度误差、链板节距和两直边夹角，对测量结果进行了误差分析。
The measurement system on chain board of tooth shape chain was established based on computer vision, and a new kind of sub-pixel algorithm for edge orientation of beeline and circle was put forward.
第二章研究了双星无源定位系统的定位原理和定位算法，结合其定位几何稀释对系统的定位性能进行了分析。
Its location performance is analyzed by the Geometric Dilution of Precision (GDOP). In chapter 3, the estimation of TDOA/FDOA based on higher order cumulant is studied.
基于高精度自动对准系统中的视觉定位系统，对定位标识图像进行系列的图像处理算法研究和技术处理。
A vision automatic alignment system comprises an optical lighting system, an optical imaging system, image processing software, a control system and so on.
基于高精度自动对准系统中的视觉定位系统，对定位标识图像进行系列的图像处理算法研究和技术处理。
A vision automatic alignment system comprises an optical lighting system, an optical imaging system, image processing software, a control system and so on.
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