'Jitter buffer' presentation slideshows

Playout Buffer Management

871 views • 87 slides

IP Telephony Project

IP Telephony Project. By: Liane Lewin Shahar Eytan Guided By: Ran Cohen - IBM Vitali Sokhin - Technion. Agenda. What is IP Telephony The Jitter Buffer The Jitter Buffer Algorithm Implementation The Code Simulations Conclusions. Agenda. What is IP Telephony The Jitter Buffer

531 views • 38 slides

Avaya Voice Monitoring Manager

519 views • 34 slides

Deploying & Maintaining VoIP

Deploying & Maintaining VoIP. A WildPackets Web Seminar 11 am PDT August 3, 2006 Toll free: +1 (800) 373-0950 Toll: +1 (719) 785-4460 Participant code: 833800. Agenda. Introduction Quick Poll VoIP Trends VoIP Analysis Best Practices The OmniAnalysis Solution Q&A. Trends.

368 views • 26 slides

Code : STM#220

Distribution. ED01. English. Code : STM#220. IP Telephony System Error Handling & Management. Samsung Electronics Co., Ltd. Contents. Overview. Delay/Latency. Jitter. Echo. Packet Loss. Voice Compression. Overview.

378 views • 23 slides

Are Existing Performance Metrics Adequate?

Are Existing Performance Metrics Adequate?. Alan Clark CEO, Telchemy. Outline. IP Performance Metrics Network Characteristics Packet Loss Characteristics and Measurement Jitter Characteristics and Measurement Recommendations. Typical IP Performance Metrics. Packet Loss

239 views • 23 slides

Myungchul Kim mckim@cs.kaist.ac.kr

Myungchul Kim mckim@cs.kaist.ac.kr. Performance of VoIP in a 802.11 Wireless Mesh Networks by D. Niculescu, S. Ganguly, K. Kim and R. Izmailov Infocom 2006. Abstract. Performance in multihop wireless networks is known to degrade with the number of hops. How to improve voice quality?.

328 views • 22 slides

Myungchul Kim mckim@cs.kaist.ac.kr

Myungchul Kim mckim@cs.kaist.ac.kr. Performance of VoIP in a 802.11 Wireless Mesh Networks by D. Niculescu, S. Ganguly, K. Kim and R. Izmailov Infocom 2006. Abstract. Performance in multihop wireless networks is known to degrade with the number of hops. How to improve voice quality?.

325 views • 22 slides

E- Model based VoIP Evaluation for MBWA

E- Model based VoIP Evaluation for MBWA. IEEE802.20 WG had a consensus on considering ITU- G107 (E-Model) to be considered for evaluation of VoIP in MBWA Systems. Identifying the parameters that would affect VoIP. E-Model.

332 views • 20 slides

Overcoming VoIP Quality Challenges Dr. Jan Linden, VP of Engineering Global IP Solutions

Overcoming VoIP Quality Challenges Dr. Jan Linden, VP of Engineering Global IP Solutions. Outline. VoIP Quality Challenges Latency Codec Choice Conferencing How to Measure Speech Quality. VoIP Design Considerations. Speech Quality. Cost. Quality. Time to Market. Cost. Signaling.

334 views • 18 slides

291 views • 15 slides

Transcoder Placement in All IP Network

Transcoder Placement in All IP Network. MAY 1, 2001. 1. Transcoder Placement in the Media Gateway with Legacy MS Domain Support for Control and Bearer. Transcoder Placement in the Media Gateway with IP Multimedia Domain Support For Control and Bearer View. 2.

191 views • 8 slides