编解码技术 meaning in English
asdl
Examples
- The paper gives a project to realize speech communication between teacher and student in network , which is based on speech ' s compression and decompression technology , network communication technology and multithreading technology . the point - to - point full duplex and real time speech communication in network is implemented on lan by using peer to peer model , udp communication technology and simple data - compression method , and programming to the full duplex sound card
以语音压缩编解码技术、网络通信技术和多线程技术为主要理论基础，给出了教员与学员间语音网络通讯的具体实现方案：采用对等模式及udp通信技术和简捷的数据压缩技术，对全双工声卡编程，在局域网内实现点到点的全双工的、实时的语音通讯。 - And now , all before - mentioned application regions will be unified by h . 264 standard . studying h . 264 video codec technology becomes pop region in world , design for video capturing and encoding system based on h . 264 is essential technology of video communication and video monitoring and personal video recorder ( pvr ) system , and is a portion of ip - video - phone and video monitoring project of changhong company too
研究h . 264视频编解码技术已为世界的热点,基于h . 264的视频采集与编码系统的设计,是以h . 264基础的视频通信、视频监控和个人视频录像机( pvr )的共性技术,是长虹公司视频通信、视频监控和个人视频录像机( pvr )项目的重要组成部分。 - Having high quality in high - capacity , anti - jamming , privacy etc , inter - satellite optical cdma communication technology is promising . as the address code , code or encode multi - user detecting etc developing , it ’ s impossible to use optical cdma technology into satellite communication . this dissertation does research on the problem
为此,本文对以下内容展开深入的研究: 1 )分析研究了卫星光cdma通信系统的基本原理和关键技术,如调制解调技术、地址码的构造技术、光cdma编解码技术、探测技术、无线光-光纤耦合技术及atp技术。 - Giving the goal and conceptual design , this paper pays attention to expatiate how to practically use the techniques of image - processing , communication and recognition in remote image monitoring system , and discusses how to realize the key techiques such as terminal connection and frame design , platform decoding control and alarm , image communication and track , etc . in order to overcome most existing image monitoring systems " shortages - those systems are at low intelligent level , need overfull manual work and ca n ' t work all day , this paper has adopted the advanced image code / decode technology and digital image transmission technology , and has applied the intelligent image processing and recognition technique to the display , adjust and track of images
本论文在设计图像监控系统的建设目标和总体方案的同时，重点阐述了图像处理、通信与识别技术在远程图像监控系统中的应用实现，给出了图像监控系统中的终端接入和框架设计、云台解码控制与报警、图像通信和图像跟踪等关键技术的实现。针对现有的图像监控系统大部分采用人工为主，机器为辅，智能化程度低，不能全天候工作的现状，本文采用先进的数字图像压缩编解码技术、数字图像传输技术，将智能图像处理与识别技术应用于图像的显示、调整、跟踪，克服了一般监控系统要求监控人员过多地干预、智能化程度低的缺陷，并总结了其特点和优势。