Document Deliverables 1.An expository document discussing the problem of service identification and its perils on interoperability and correctness 2.A.

Slides:



Advertisements
Similar presentations
SIP, Presence and Instant Messaging
Advertisements

Fall IM 2000 Introduction to SIP Jonathan Rosenberg Chief Scientist.
Industry Perspective. VON The Current Environment Its Tough Out There! Free has become a dirty word Internet communications.
IM May 24, 2000 Introduction to SIP Jonathan Rosenberg Chief Scientist.
Internet Telecom Expo September 20, 2000 SIP vs. H.323 SIP vs. H.323 Will the Real IP Telephony Please Stand Up? Jonathan Rosenberg.
Insert Tradeshow or Event Name -- Date Insert Presentation Title Trends in Instant Messaging and Telephony Jonathan Rosenberg Chief.
Motorola General Business Use MOTOROLA and the Stylized M Logo are registered in the US Patent & Trademark Office. All other product or service names are.
Saif Bin Ghelaita Director of Technologies & Standards TRA UAE
Communication Service Identifier Requirements on SIP draft-loreto-3gpp-ics-requirements.txt
Service Identification Jonathan Rosenberg Cisco. Agenda Service Identification Architecture draft (draft-rosenberg-sipping-service- identification) Media.
Presents H.323 Forum ETSI TIPHON Presented by: Richard Brennan - Telxxis LLC Vice-Chair ETSI-TIPHON.
6 The IP Multimedia Subsystem Selected Topics in Information Security – Bazara Barry.
 Copyright 2005 Digital Enterprise Research Institute. All rights reserved. Semantic Web Services in the environment of Next Generation Network.
© 2003 Open Mobile Alliance Ltd. All Rights Reserved. Used with the permission of the Open Mobile Alliance Ltd. under the terms as stated in this document.
SIP for Mobile Services Arjun Roychowdhury Hughes Software Systems.
0-1 Team ?? Status Report (1 of 3) Client Contact –Point 1 –Point 2 Team Meetings –Point 1 –Point 2 Team Organization –Point 1 –Point 2 Team 1: Auraria.
Agenda Introduction to 3GPP Introduction to SIP IP Multimedia Subsystem Service Routing in IMS Implementation Conclusions.
COMS E6125 WHIM Internet Television Joost Babelgum Preethi Narayan
CHAPTER 15 & 16 Service Provider VoIP Applications and Services Advanced Enterprise Applications.
SIP Explained Gary Audin Delphi, Inc. Sponsored by
SIP/RTSP convergence draft-whitehead-mmusic-sip-for-streaming-media-05
Version 4.0. Objectives Describe how networks impact our daily lives. Describe the role of data networking in the human network. Identify the key components.
Support Services & IP Multimedia Subsystem (IMS)
03/09/2003Helsinki University of Technology1 Overview of Thesis Topic Presented By: Zhao Xuetao.
Computer and Information Science Ch1.3 Computer Networking Ch1.3 Computer Networking Chapter 1.
1 Multimedia Services Service provider Service client Service registry Publish Find/discovery Bind Multimedia Services Framework and architecture.
XCON WG IETF-73 Meeting Instant Messaging Sessions with a Centralized Conferencing (XCON) System draft-boulton-xcon-session-chat-02 Authors: Chris Boulton.
September 28, 2006 Page 1 3GPP2 MMD Status for IMS Workshop - draft - Jack Nasielski
INTRODUCTION. 1.1 Why the Internet Protocol Multimedia Subsystem 1.2 Where did it come from?
Omar A. Abouabdalla Network Research Group (USM) SIP – Functionality and Structure of the Protocol SIP – Functionality and Structure of the Protocol By.
Architecture Issues in 4G Networks Mauricio Arango Sun Microsystems Laboratories Tel: (954)
BLISS Problem Statement Jonathan Rosenberg Cisco.
ACHIEVING MULTIMEDIA QOS OVER HYBRID IP/PSTN INFRASTRUCTURES QOS Signalling and Media Gateway Control ITU-T SG13/SG16 Workshop on IP Networking and Mediacom.
Internet Protocol TeleVision
Requirements for SIP-based VoIP Interconnection (BCP) draft-natale-sip-voip-requirements-00.txt Bob Natale For Consideration by the.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Living in a Network Centric World Network Fundamentals – Chapter 1.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Living in a Network Centric World Network Fundamentals – Chapter 1.
IETF67 DIME WG Towards the specification of a Diameter Resource Control Application Dong Sun IETF 67, San Diego, Nov 2006 draft-sun-dime-diameter-resource-control-requirements-00.txt.
Service Identification Jonathan Rosenberg Cisco. Examples Contrived chess example PoC Game that uses voice for comments vs. telephony with IMs –Both use.
The mandate of this working group is to facilitate effective service interoperability utilizing SIP in heterogeneous network environments as noted below.
Slide title In CAPITALS 50 pt Slide subtitle 32 pt Ericsson IMS CANTO 2005, St. Kitts Antonio Gómez Business Unit Systems.
1 © 2006 Nokia Fixed Mobile Convergence The future of communication networks János Kurtz 11/05/2006.
France Télécom R&D – February 5th 2003 Internet Telephony Conference – Miami, Florida Bridging the Chasm Between Legacy and Next-Generation Networks Internet.
September 28, 2006 Page 1 3GPP2 MMD Status for IMS Workshop Jack Nasielski
International Telecommunication Union Workshop on Satellites in IP and Multimedia Geneva, 9-11 December 2002 Multi-user operation and roaming over wide.
Small Peer-Peer PC Network No dedicated (full- time) server User PCs supply services to each other So user PCs act both as clients and as servers.
Page 1TTT - May 12, GPP IMS Standardization Update Bell Labs Innovations Lucent Technologies Room 9C Lucent Ln. Naperville, IL E Mail.
Extended QoS Authorization for the QoS NSLP Hannes Tschofenig, Joachim Kross.
Version 4.0 Living in a Network Centric World Network Fundamentals – Chapter 1.
Introduction. Internet Worldwide collection of computers and computer networks that link people to businesses, governmental agencies, educational institutions,
SPEERMINT Architecture - Reinaldo Penno Juniper Networks SPEERMINT, IETF 70 Vancouver, Canada 2 December 2007.
Mobile Videophone Li Jingxuan Fang Ying Helsinki University of Technology.
© ExplorNet’s Centers for Quality Teaching and Learning 1 Explain the importance of security and encryption. Objective Course Weight 2%
SIP6 Platform Updates Based on CNGI-CERNET2 Network Research Center Tsinghua University.
Skype.
FP7-ICT , GA – An elastic Platform as a Service (PaaS) cloud for interactive social multimedia
1 Implementation of IMS-based S-CSCF with Presence Service Jenq-Muh Hsu and Yi-Han Lin National Chung Cheng University Department of Computer Science &
IP Multimedia Subsystem (IMS) Date : 3rd May, 2011 Name : Kim, Hyun-Tae Lee, Jong-Hyun SEAL Sungkyunkwan Evolutionary Algorithm Lab.
GSMA IPI (IP Interworking) in Asia Qiang Wei The 4th CJK NGN Working Group Meeting June 24, 2005, Beijing.
Module Overview Installing and Configuring a Network Policy Server
Braindumps
“Giving Voice to 4G” Gartner Dataquest Akshay Sharma Research Director
IS4550 Security Policies and Implementation
“Giving Voice to 4G” Gartner Dataquest Akshay Sharma Research Director
Simulation of Session Initiation Protocol
8.1 Active Directory Rights Management Services (AD RMS)
Edge Recorder Client
Signal Conditioning.
Software interoperability in the NGN Service layer
WS Standards – WS-* Specifications
Presentation transcript:

Document Deliverables 1.An expository document discussing the problem of service identification and its perils on interoperability and correctness 2.A P-Header allowing a trusted edge element to store the result of its analysis of a SIP message, which can be used by trusted elements in the trust domain 3.A media feature tag registration for subtypes of the application type

Expository Document Contents 1/2 What is ‘service identification’ Examples of services that appear to be hard to differentiate –IPTV vs. multimedia, voice in a game vs. voice with IM chat, messaging vs. config update What do people usually want to do with a service identification –QoS, authorization, network server invocation, client dispatch, call routing, billing, etc.

Expository Document Contents 2/2 Do-what-I-say – must use information in the signaling that defines the behavior that fundamentally defines this service as different from others Examples of this for the three services in section 2 Architectural perils of driving service definition off of extra data –Fraud – users lying to gain advantage – extra QoS, unauthorized services, free service –Interoperability Failures – what if someone has a different definition of service than you –Innovation Stifling – needs agreement and standardization of services Examples demonstrating these perils happening for the three services in the examples section