计算机技术与发展
計算機技術與髮展
계산궤기술여발전
COMPUTER TECHNOLOGY AND DEVELOPMENT
2013年
11期
194-198
,共5页
IPv6%流媒体%Socket%live555
IPv6%流媒體%Socket%live555
IPv6%류매체%Socket%live555
IPv6%streaming media%Socket%live555
近年来,基于RTSP协议的流媒体应用逐渐得到普及,并且网络和网络应用正处在从IPv4向IPv6过渡时期,而RTSP 1.0并未规定如何在IPv6网络中传送流媒体。为了解决流媒体在IPv6网络环境下的传送问题,文中提出一种基于IPv6的流媒体传送方案,在研究IPv6对流媒体传送增强特性的基础上,通过分析IPv4与IPv6套接口的差异,运用IPv4/IPv6兼容套接口编程技术,重新封装开源流媒体项目live555底层数据通信模块GroupSock,并修改上层传送协议,最终实现流媒体在IPv6网络下的传送。测试结果表明,该方案能够支持IPv6网络环境下的流媒体传送。
近年來,基于RTSP協議的流媒體應用逐漸得到普及,併且網絡和網絡應用正處在從IPv4嚮IPv6過渡時期,而RTSP 1.0併未規定如何在IPv6網絡中傳送流媒體。為瞭解決流媒體在IPv6網絡環境下的傳送問題,文中提齣一種基于IPv6的流媒體傳送方案,在研究IPv6對流媒體傳送增彊特性的基礎上,通過分析IPv4與IPv6套接口的差異,運用IPv4/IPv6兼容套接口編程技術,重新封裝開源流媒體項目live555底層數據通信模塊GroupSock,併脩改上層傳送協議,最終實現流媒體在IPv6網絡下的傳送。測試結果錶明,該方案能夠支持IPv6網絡環境下的流媒體傳送。
근년래,기우RTSP협의적류매체응용축점득도보급,병차망락화망락응용정처재종IPv4향IPv6과도시기,이RTSP 1.0병미규정여하재IPv6망락중전송류매체。위료해결류매체재IPv6망락배경하적전송문제,문중제출일충기우IPv6적류매체전송방안,재연구IPv6대류매체전송증강특성적기출상,통과분석IPv4여IPv6투접구적차이,운용IPv4/IPv6겸용투접구편정기술,중신봉장개원류매체항목live555저층수거통신모괴GroupSock,병수개상층전송협의,최종실현류매체재IPv6망락하적전송。측시결과표명,해방안능구지지IPv6망락배경하적류매체전송。
Recently,RTSP-based streaming media applications gained popularity gradually,network and network applications transiting from IPv4 to IPv6,however,RTSP 1. 0 does not specify the way how to transmit streaming medias in IPv6 networks. An IPv6-based streaming transport scheme was presented for solving the problem of transporting streams in IPv6 networks. On the basis of researching the enhancements aimed at streaming transport by IPv6,through analyzing the difference between IPv4 and IPv6 Socket,it was implemen-ted by resealing the open source project live555 underlying data communication module GroupSock and modifying the upper transport protocol using IPv4/IPv6 compatible Socket programming technology. The test results showed that the scheme can support streaming transmitted in IPv6 networks.