Efficient Multiplexing Method for Voice Streams over Internet Researcher: Mosleh Abu-Alhaj Supervisors: Assoc. Prof. Dr Sureswaran Ramadass Dr Omar Amer.

Slides:



Advertisements
Similar presentations
MultiNet: Connecting to Multiple IEEE Networks Using a Single Radio Ranveer Chandra, Cornell University joint work with: Victor Bahl (MSR) and Pradeep.
Advertisements

Doc.:IEEE /0365r1 March 2012 Z. Quan, Qualcomm Inc MAC Header Compression Slide 1 Authors:
IP Header compression in UMTS network Thesis Work Presentation Author: Jukka Raunio Supervisor: Prof. Raimo Kantola Instructor: M. Sc. Antti.
Rhodes University - Department of Computer Science 1 Project Project: Re-establishing and improving the experimental VoIP link with the University of Namibia:
EXPLORING POWER SAVING IN VOIP WIRELESS LINKS BY BHANUREDDY BATTAPURAM AND SRINIVAS MADLAPELLI.
On Attack Causality in Internet- Connected Cellular Networks Presented by EunYoung Jeong.
Simulation 1: Calculate the total bandwidth required for a VoIP call
Voice-TFCC: a TCP-Friendly Congestion Control scheme for VoIP flows Abdelbasset Trad PRINCE Computer Science Research Unit INFCOM Sousse, Tunisia
© 2006 Cisco Systems, Inc. All rights reserved. Module 4: Implement the DiffServ QoS Model Lesson 4.8: Understanding WAN Link Efficiency Mechanisms.
1 Improving VoIP Transfer Rate over Internet Syed Misbahuddin, Dr. Engg. Department of Computer Science and Software Engineering University of Hail, Saudi.
2.4: Calculating Bandwidth Requirements for VoIP
20 03 TASTE OF RESEARCH SUMMER SCHOLARSHIPS Author: Wei Zhang Supervisor: Tim Moors Efficient Voice Over Wireless Network Abstract The objective of this.
1 Solutions to Performance Problems in VOIP over Wireless LAN Wei Wang, Soung C. Liew Presented By Syed Zaidi.
Chapter 1: Introduction Business Data Communications, 4e.
Efficient Monitoring of QoS Parameters (EMQP) Authors: Vadim Drabkin Arie Orlovsky Constantine Elster Instructors: Dr. Danny Raz Mr. Ran Wolff.
Video Quality Evaluation for Wireless Transmission with Robust Header Compression P. Seeling and M. Reisslein and F.H.P. Fitzek and S. Hendrata Fourth.
VoIP and IP conferencing over satellites Workshop on VoIP Technology: Research and Standards for reliable applications PIMRC 08, Cannes France 15 September.
CS158B Project By Shing Chau Jerry Ko Ying Li
Introduction. Center for TeleInFrastructure 2 Introduction  2G (GSM) is voice dominated  3G (UMTS) is IP based  large IP overhead  link bandwidth.
Outline Introduction Switching Techniques Optical Burst Switching
Cooperative Header Compression F.H.P. Fitzek and T. K. Madsen and P. Popovski and R. Prasad and M. Katz. Cooperative IP Header Compression for Parallel.
A Study on Quality of Service Issues in Internet Telephony  IP Telephony – Applications and Services  Advantages and benefits of Voice over IP  Technical.
K. Salah 1 Chapter 28 VoIP or IP Telephony. K. Salah 2 VoIP Architecture and Protocols Uses one of the two multimedia protocols SIP (Session Initiation.
Readying Data Networks for Converged Services Presented by: Jaye Armstrong-CCIE Director of Data Services.
Leveraging Existing Application Processors in Mobile Devices to Implement VoIP Client.
A Practical Guide To The World Of LAN Telephony Charles Rutledge VP Marketing Quintum Technologies, Inc.
Worcester Polytechnic Institute Voice Over Internet Protocol in Massively Multiplayer Online Gaming Vasilios Mitrokostas.
Study of Transport Protocols performance in Smart Meter networks Student: Sally Advisor: Dr. Quincy Wu Date: 2012/06/30 1.
The OSI Reference Model Key concepts: Layers Communications between two adjacent layers Encapsulation Multiplexing and demultiplexing Tunneling.
VOIP (Voice Over Internet Protocol) CDA 4527 Fall 2006.
Multiservice Data Networks R. Jayanthan. Kithsiri Gunasekara. 17 th National Information Technology Conference 1998.
VoIP- What is the Cost of Reliability? Hybrid Phone System’s Advantages and how to avoid the pitfalls. Presented By: E astern T elephone & T elecommunications.
Design and Performance Study of A Basic Internet Telephony Network: a Case Study of Bangladesh by Shafiul Azam Examination Committee : Dr. K.M. Ahmed (Chairman)
APAN Multimedia Working Group Sureswaran Ramadass - Chairman Program Chairman and Head of Network Research, USM Prof. Chon Kilnam - Co-Chairman Head of.
Business Computing 550 Lesson 2. Fundamentals of Information Systems, Fifth Edition Chapter 4 Telecommunications, the Internet, Intranets, and Extranets.
Voice over IP in the Enterprise. What is VOIP? The use of data networks to carry voice without a loss of sound quality The use of data networks to carry.
Voice Capacity analysis over Introducing VoIP and WLans IEEE based Wireless Local Area Networks (WLANs) are becoming popular While WLANs.
Voice over IP Why Challenges/solutions Voice codec and packet delay.
Telephony Natalie LeCompte Kara Oliver Emily Taylor Joe Thrower.
Voice Over Internet Protocol (VoIP). Basic Components of a Telephony Network.
© 2006 Cisco Systems, Inc. All rights reserved. Optimizing Converged Cisco Networks (ONT) Module 2: Cisco VoIP Implementations.
A ISP free video conferencing application for mobile devices using wireless and VoIP Technology.
What is H.323? H.323 is standard providing a foundation for audio, video, and data communications across IP-based networks, including the Internet.
ﺑﺴﻢﺍﷲﺍﻠﺭﺣﻣﻥﺍﻠﺭﺣﻳﻡ. Group Members Nadia Malik01 Malik Fawad03.
ACT Week 11 Version 1 Feb 2005Slide & Voice over packet transport technologies Format of lecture: Follow.
LOG Objectives  Describe some of the VoIP implementation challenges such as Delay/Latency, Jitter, Echo, and Packet Loss  Describe the voice encoding.
1 “ ” Multiservice networking is emerging as a strategically important issue for enterprise and public service provider infrastructures alike.The proposition.
AIMS’99 Workshop Heidelberg, May 1999 Management of QoS using MPEG4 DMIF standard Amaro Sousa, Institute of Telecommunications, PT Guido Franceschini,
Telecommunications Industry Barbara Yener Janet Jonson.
3.2 Software Fundamentals. A protocol is a formal description of digital message formats and the rules for exchanging those messages in or between computing.
Voice Over Internet Protocol
1 Standards for MM COMM. 2 Interpersonal 3 Interactions over the Internet.
CSE5803 Advanced Internet Protocols and Applications (14) Introduction Developed in recent years, for low cost phone calls (long distance in particular).
Francine Lalooses David Lancia Arkadiusz Slanda Donald Traboini
1 12-Jan-16 OSI network layer CCNA Exploration Semester 1 Chapter 5.
Call Detail and Call Maintenance Records for Performance Measurement.
THE IMPACT OF OSPF ROUTING ON MILITARY MANETS BY ROCCO LUPOI UNDER THE GUIDANCE OF DR. GRANT WIGLEY THESIS - BACHELOR OF COMPUTER SCIENCE (HONOURS) - LHIS.
Video Quality Evaluation for Wireless Transmission with Robust Header Compression Fourth International Conference on Information, Communications & Signal.
PTCL Training & Development1 NGSDH Dr Muhammad Khalil Shahid NGSDH Dr Muhammad Khalil Shahid.
3/10/2016 Subject Name: Computer Networks - II Subject Code: 10CS64 Prepared By: Madhuleena Das Department: Computer Science & Engineering Date :
Jia Uddin Embedded System Lab.  MPLS  IMANET  IMANET network model  Proposed model of IMANET with MPLS  Conclusion.
Multimedia Communication Systems Techniques, Standards, and Networks Chapter 6 Multimedia Communication Across Networks.
Voice Over Internet Protocol Nelson Kattula Computer Science, Masters.
Prepared by: Hansa shingrakhia M.E.(CSE-I) Roll no.:20 Exam no.5018
Protocols and the TCP/IP Suite Overview and Discussion
ASYNCHRONOUS TRANSFER MODE(ATM) Sangram Sekhar Choudhuri
An IP-based multimedia traffic generator
Francine Lalooses David Lancia Arkadiusz Slanda Donald Traboini
The Future of IP Telephony
Presentation transcript:

Efficient Multiplexing Method for Voice Streams over Internet Researcher: Mosleh Abu-Alhaj Supervisors: Assoc. Prof. Dr Sureswaran Ramadass Dr Omar Amer

Field of Study What is VoIP? Bandwidth Efficiency VoIP-QoS Compression. Multiplexing. Silence Suppression. VOIP : The technology that use the Internet and Internet protocol (“IP”) to deliver voice communications. There are many methods used to improve bandwidth utilization such as:

Expected Outcomes Objectives: –To propose efficient audio streams multiplexing method in order to save network bandwidth, with consider the QoS of network. –To implement the proposed method on MCS architecture in order to demonstrate the multiplexing method feasibility. –To analysis and assessing the proposed multiplexing method, using QoS measurement, after implement it on MCS architecture and show the performance of the proposed method.

Research Objectives Expected Outcomes: –Minimize number of headers that added to voice packet in order to decrease packet size which will reduce the consumed bandwidth and reduce overhead. –Minimize number of packets sent through the network which improve network QoS through reduce traffic over network. –Increase number of voice streams in each channel with considers the QoS.

Short-Term Plan (3Monthes) Writing Presentation Publication - Previous Works. - Proposed Methodology. - Framework. - Panels: (Assoc. Prof. Dr Sureswaran & Dr.Omar Amer). - International Journal. - International Conference.