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 Packet Switched Video Telephony (PSVT) over 1xEV-DO Rev A
Length:
8 hours (1 day)

Prerequisites:

cdma2000 1xEV-DO Rev A Overview or equivalent knowledge.



Audience:

This course is designed for the experienced telecommunications professional involved with equipment manufacture and/or its deployment or operation. This individual should desire understanding of VT services, functionality, implementation, and performance enhancements made to cdma2000 1xEV-DO Rev. A to support real-time applications such as VT.



Course Description: 

Today, Video Telephony (VT) over wireless networks is gaining popularity among end users and is of great interest to service providers. This is enabled by 1xEV-DO Rev A networks since they support enhanced packet data services. These networks provide Quality of Service enabling operators to reduce their operating cost. In addition, VT services facilitate new services such as VOIP, video sharing and video conferencing. This course provides a comprehensive look at how video telephony traffic is carried over a 1xEV-DO Rev. A network. The course begins with a discussion of the advantages of packet-switched video telephony services over circuit-switched video telephony. Next, it provides an overview of the end-to-end VT system architecture and requirements. Other topics include a detailed discussion of VT Control Plane, Media Plane and signaling/overhead compressions involved in VT. The course focuses heavily on enhancements made to 1xEV-DO Rev. A and end-to-end QoS implementation that aid the deployment of VT services. Finally, key VT performance metrics is discussed.



Objectives:

After completion of this course, the student will be able to:

  • Identify Video Telephony Related Standards and RFCs.
  • Describe the various types of VT system architecture and the respective elements.
  • List and explain the enhancements made to 1xEV-DO Rev. A to improve the performance and efficiency of VT.
  • Describe the necessary 1xEV-DO Rev A functionality needed for VT, including: Enhanced FTCMAC, RTCMAC Subtype 3, Multi-Flow Packet Application (MFPA), Enhanced Multi-Flow Packet Application (EMPA), QoS, and Robust Header Compression (ROHC).
  • Illustrate and describe how end-to-end QoS is implemented for VT.
  • Identify and describe the functions of protocols used in VT Control Plane.
  • Identify and describe the functions of protocols used in VT Media Plane and several VT payload types supported in cdma2000 networks.
  • Describe the need of VT header compression and define ROHC.
  • Identify key VT performance metrics.


Media:
A combination of instructor lecture, interactive discussion, and student text.

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