DocumentCode
1979919
Title
DirectShowTM RTP support for adaptivity in networked multimedia applications
Author
Cline, Linda S. ; Du, John ; Keany, Bernie ; Lakshman, K. ; Maciocco, Christian ; Putzolu, David M.
Author_Institution
Intel Archit. Labs., Hillsboro, OR, USA
fYear
1998
fDate
28 Jun-1 Jul 1998
Firstpage
13
Lastpage
22
Abstract
Execution of a collaboration application or a distributed game involves many individual multimedia applications that concurrently generate and consume audio and video streams. As the resource requirements of individual streams change and as streams/applications are started or terminated, the amount of available resources may change dynamically. Networked MultiMedia applications must be willing to adapt to these changes by taking advantage of the fact that they can deliver varying levels of service that are acceptable to users. The paper addresses the problem of adding network and host adaptive capability to DirectShowTM RTP. DirectShowTM is Microsoft´s architecture for capture and presentation of multimedia data. DirectShow RTP is a framework that extends the DirectShow architecture, adding support for streaming multimedia data using the RTP protocol. We have extended this framework by adding support for streaming applications which dynamically compensate for varying resource availability on the local host and on the computer networks being used to deliver multimedia data to and from these applications. The lessons learned are useful both to applications and to designers of frameworks used to build such applications
Keywords
computer networks; multimedia communication; multimedia computing; protocols; resource allocation; DirectShow RTP support; RTP protocol; adaptivity; collaboration application; computer networks; distributed game; host adaptive capability; local host; multimedia data; networked multimedia applications; resource availability; resource requirements; streaming multimedia data; video streams; Application software; Availability; Computer networks; Electronic switching systems; Intelligent networks; Microcomputers; Operating systems; Reactive power; Streaming media; Workstations;
fLanguage
English
Publisher
ieee
Conference_Titel
Multimedia Computing and Systems, 1998. Proceedings. IEEE International Conference on
Conference_Location
Austin, TX
Print_ISBN
0-8186-8557-3
Type
conf
DOI
10.1109/MMCS.1998.693621
Filename
693621
Link To Document