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1·Above mentioned method could be applied to computational auditory scene analysis.

本文提出的方法可应用于计算声场景分析中。

2·The most two popular algorithms are Computational Auditory Scene Analysis (CASA) and Blind Source Separation.

目前常用的语音分离方法主要有听觉场景分析法和盲信号分离法。

3·Perception: Visual Scene Analysis, Object Recognition, Auditory Scene Analysis, Depth Perception, Stereo Vision, Stereograms.

知觉：视觉景象分析、物体辨识、听觉景象分析、深度知觉、立体视觉、立体图。

4·It is not only the main data source of target motion and scene analysis, but also of help for target detection and recognition.

它不仅是目标运动分析和场景分析的主要数据来源，也为目标的检测和识别提供帮助。

5·Auditory scene analysis is the study on how to recognize environmental events with sounds arising from various acoustic sources.

声场景分析主要研究如何在嘈杂的声音中感知环境事件。

6·The research main step to collect the scene information, the scene analysis, to investigate victim's related information, to delimit the suspect scope.

研究的步骤主要为收集现场信息、现场分析、调查被害人的相关信息、划定犯罪嫌疑人范围。

7·It aims to resolve problems such as sound segregation, segmentation, sound event and source characterization, auditory scene analysis and music analysis, etc.

它主要被用来解决声音分离、分割、声音事件和声音源的刻划及表征、听觉场景分析和音乐分析等问题。

8·The computer vision system based on dynamic scene analysis has been a key research problem recently, especial for the movement parameters of the moving objects.

基于动态场景分析的计算机视觉系统尤其是对运动目标的运动参数测量已成为计算机视觉研究的热点。

9·Thus can analyze that it influences the key factor of the risk to arrange in an order to obtain through scene analysis and cause and effect, carry on effective risk management.

自而可以通功情景剖析和果果剖析得出影响威宽险的闭键果荤排序，入行无效的威宽险管理。

10·An increasing number of applications depend on accurate and fast 3d scene analysis, such as geometry reconstruction, collision prevention, mixed reality, and gesture recognition.

越来越多的应用如几何重建、碰撞检测、混合现实、手势识别等，都依赖于对三维场景准确且快速的分析。