The inferior colliculus (IC), as an important nucleus of auditory midbrain, is crucial for sound localization.
下丘作为听觉中脑的重要组成部分，在声源定位的过程中起到非常重要的作用。
This paper presents a sound localization system which constructs of multiple detecting nodes, and based on wireless sensor networks.
本文提出了一种由多个探测节点组成，基于无线传感器网络的声源定位系统。
In this paper, results and relevant reference materials have been based on research and design of a robot based on virtual instrument technology in sound localization system technology.
本文在借鉴已有成果和相关资料的基础上，研究并设计了一种基于虚拟仪器技术在机器人声源定位系统中的应用技术。
Traditional sound localization system is mainly based on microphone array localization technology, the drawback is the large size of array, limitation of coverage and low positioning accuracy.
传统声源定位系统主要基于传声器阵列定位技术，其缺点在于阵列体积大，覆盖范围较小，定位精度不高。
Sound source localization is one of main functions of auditory system.
声源定位是听觉系统的主要功能之一。
Sound source localization robot can meet the requirements.
能满足机器人声源定位的要求。
The results of sound image localization theory and psychoacoustic experiment prove that the rotation of head has little effect on the front image, but has some effect on lateral image.
声像定位理论和心理声学实验结果表明，头部转动对前方声像方向的影响较少，主要是影响侧向声像方向。
By using the method of correlation analysis of stereophonic sound image, this paper studies the effect of listener's head size on virtual sound image localization in loudspeaker reproduction.
本文利用立体声像的相关理论分析方法；分析了用扬声器重发虚拟声时，倾听者的头部尺寸对声像定位的影响。
Sound finance background, mature information technology and outstanding customer service make HBS the true industry leadership in the segment market of financial localization solution.
资深的财务背景、成熟的信息技术和完善的客户服务使热百赛成为了财务信息系统本土化这个细分市场上当仁不让的领导者。
Deviation in localization of a sound source and differential threshold of sound source position were studied on 43 and 60 subjects, respectively.
本文分别研究了43名及60名正常人的声源定位偏差及声源位置辨别阈。
This delivers a wide sound stage and precise localization of individual sounds.
这能够传递一个宽广的声音舞台和个体声音的精确定位。
Also confirmed the effectiveness of sound source localization system, and the results confirmed a high positioning accuracy.
同时也证实了本声源定位系统的有效性，处理结果证实定位精度较高。
The sound source localization method based on four-element planar crisscross array was investigated and the localization equations are derived followed by the performance analysis.
在阵列布设方面，本文重点研究了平面四元阵和平面五元阵的定位原理和算法，并进行误差分析和仿真比较。
First, this paper illustrates a typical sound source localization algorithm and a typical speech enhancement algorithm of microphone arrays, which are considered as basis of analysis of performance.
本文首先阐述了两种典型的麦克风阵列语音定位、增强算法，将它们作为算法性能分析基础。
The sound source localization method based on four-element planar crisscross array is investigated and the localization equations are derived, followed by the performance analysis.
本文研究了平面四元十字阵的定位原理和算法，并对其定向精度以及远场假设误差进行了仿真分析。
A new sound source localization and tracking method based on microphone array is presented for speaker tracking problem in noisy and reverberant environments.
一个新的声源定位与跟踪方法，提出了基于麦克风阵列扬声器跟踪问题在嘈杂和混响环境。
According to acoustic localization technology, we can get hail clouds localization by using "cross array with five sound sensors", and get the distance by the time delay between lightning and thunder.
同时，根据声测定位技术，利用“五元十字阵”可以得到雷声声源的空间方位。
For the accuracy of sound source localization, the authors provided an algorithm which estimated the sound azimuth roughly through the auditory system of robot.
针对空间声源目标定位的精确问题，提出了利用机器人听觉定位系统进行快速的声源水平方位粗定位。
For the accuracy of sound source localization, the authors provided an algorithm which estimated the sound azimuth roughly through the auditory system of robot.
针对空间声源目标定位的精确问题，提出了利用机器人听觉定位系统进行快速的声源水平方位粗定位。
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