1 Issues Degree to which standardisation is needed for IMS services, like for example video conferencing? Same service across different terminals Terminal.

Slides:



Advertisements
Similar presentations
SIP, Presence and Instant Messaging
Advertisements

SIP and Instant Messaging. SIP Summit SIP and Instant Messaging What Does Presence Have to Do With SIP? How to Deliver.
Fall IM 2000 Introduction to SIP Jonathan Rosenberg Chief Scientist.
IM May 24, 2000 Introduction to SIP Jonathan Rosenberg Chief Scientist.
CS4032 Presentation SMS, SIM, MMS and Barcodes Richard Drysdale.
Enabling Technologies UM, UC and Avaya Modular Messaging R 4
6 The IP Multimedia Subsystem Selected Topics in Information Security – Bazara Barry.
Mark Cataldo / Louis Finkelstein 1 st March, 2001 Slide 1 MExE +44 (0)
3GPP Presence Requirements Requirements for Presence Service based on 3GPP specifications and wireless environment characteristics draft-kiss-simple-presence-wireless-
Doc.: IEEE /0408r0 Submission March 2004 Colin Blanchard, BTSlide 1 3GPP WLAN Interworking Security Colin Blanchard British Telecommunications.
1 MPEG-21 : Goals and Achievements Ian Burnett, Rik Van de Walle, Keith Hill, Jan Bormans and Fernando Pereira IEEE Multimedia, October-November 2003.
Electronic Mail. Functionality First software allowed a user to send some text to another user connected to Internet; Current systems allow.
Architecture & Data Management of XML-Based Digital Video Library System Jacky C.K. Ma Michael R. Lyu.
Copyright © 2001 Telcordia Technologies, Inc. All rights reserved. SEC: Spontaneous Enterprise Communications Hyong Sop Shim, Chit Chung, Michael Long,
Jau-Wu Huang1 Digital Rights Management for Visual Content in Mobile Applications Trimeche, M.; Chebil, F.; Nokia Research Center Control, Communications.
Internet Standards Based Mobile Messaging March, 2003.
MMS in 3GPP2 Multimedia Messaging System in Third Generation Public Partnership Two “3GPP+”
Notification Protocol in MMS June 2001 Erez Reinschmidt, Rami Neudorfer 3GPP TSG-T2 SWG3#7 Braunschweig, Germany June, 2001 T2M
85/06/15 Mahdi Niamanesh 1 Messaging Future Mahdi Niamanesh Sharif Univ. of Technology 85/08/10.
IP Ports and Protocols used by H.323 Devices Liane Tarouco.
SIP/RTSP convergence draft-whitehead-mmusic-sip-for-streaming-media-05
P2P Networking for Consumer Electronics (CE) Devices November 12, 2005 Eunsoo Shim Greg Perkins Panasonic Digital Networking Laboratory P2P SIP Ad-hoc.
An Overview of MPEG-21 Cory McKay. Introduction Built on top of MPEG-4 and MPEG-7 standards Much more than just an audiovisual standard Meant to be a.
Communications Technology Group Status Report to the Commercial Mobile Service Alert Advisory Committee July 18, 2007 Brian K. Daly, CTG Leader.
Challenges in the Migration to 4G Mobile Systems Suk Yu Hui and Kai Hau Yeung City university of Hong Kong Presenter: Shuai Peng
1 Secure User Plane Location Ileana Leuca Director Technology Architecture & Standards.
Appendix A UM in Microsoft® Exchange Server 2010.
Digital Rights Management and Watermarking of Multimedia Content for M-Commerce Applications Frank Hartung and Friedhelm Ramme, Ericsson Research, IEEE.
T Multimedia Seminar Carlos Herrero55828H Osmo Tolvanen46958L.
© NOKIADEFAULT.PPT / / AO page: 1 USIM requirements and structure NOKIA Mobile Phones TSGT3#3(99)082.
Presentation Overview
INTRODUCTION. 1.1 Why the Internet Protocol Multimedia Subsystem 1.2 Where did it come from?
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Living in a Network Centric World Network Fundamentals – Chapter 1.
What’s MPEG-21 ? (a short summary of available papers by OCCAMM)
July 2007 (IETF 69)IETF - SIPPING1 Replace Instant Message in SIP draft-ren-sipping-replace-instant-message-00 Da Qi Ren Qian Sun Linyi Tian IETF 69, Chicago.
SIP and MMS Jonathan Rosenberg Chief Scientist. SIP What Is It? European Technology for Enhanced Messaging Specified by 3GPP, WAP Forum Different.
Internet Protocol TeleVision
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Living in a Network Centric World Network Fundamentals – Chapter 1.
SIMPLE Drafts Jonathan Rosenberg dynamicsoft. Presence List Changes Terminology change Presence List Information Data Format –Provides version, full/partial.
Doc.: IEEE /209r0 Submission 1 March GPP SA2Slide 1 3GPP System – WLAN Interworking Principles and Status From 3GPP SA2 Presented.
Andrew Allen Communication Service Identifier.
Doc.: IEEE /2154r1 Emergency Call Number Support September, 2007 Elly (Eunkyo) KimSlide 1 Emergency call number support Date: Authors:
SMARTMAIL 3.0. OVERVIEW ● CLIENT ● WORKS WITH IMAP AND SMTP MAIL SERVER ● OFFERS SECURE , WORK FLOW MESSAGES, TRANSLATION ● PLUG-IN ARCHITECTURE.
4.3 [4] Technical Scope of M2M Consolidation Brian Daly – Member of ATIS Delegation (AT&T Director, Core Network & Government/Regulatory Standards) Meeting.
France Télécom R&D – February 5th 2003 Internet Telephony Conference – Miami, Florida Bridging the Chasm Between Legacy and Next-Generation Networks Internet.
SACRED REQUIREMENTS DOCUMENT Stephen Farrell, Baltimore Alfred Arsenault, Diversinet.
September 28, 2006 Page 1 3GPP2 MMD Status for IMS Workshop Jack Nasielski
IETF 67 – SPEERMINT WG Presence Use Cases draft-houri-speermint-usecase-presence-00 Avshalom Houri – IBM Edwin Aoki – AOL LLC Sriram Parameswar - Microsoft.
A Solution Perspective An Open Source Collaborative and Foundational Solution Targeted at Non-OECD Member Countries February 9, 2016.
November 2001 Lars Falk, TeliaSlide 1 doc.: IEEE /617r1 Submission Status of 3G Interworking Lars Falk, Telia.
Digital Rights Management for Mobiles Jani Suomalainen Research Seminar on Telecommunications Business II Telecommunications Software and Multimedia Laboratory.
Technology Architecture & Standards Group © 2002 AT&T Wireless Services, Inc. AT&T WIRELESS — CONFIDENTIAL & PROPRIETARY Use pursuant to Company instructions.
Version 4.0 Living in a Network Centric World Network Fundamentals – Chapter 1.
P2P Streaming Protocol (PPSP) Requirements draft-zong-ppsp-reqs-02 Ning Zong Yunfei Zhang Victor Pascual Carl Williams.
Forschungszentrum Telekommunikation Wien An initiative of the K plus Programme MONA Mobile Multimodal Next Generation Applications Rudolf Pailer
Postech DP&NM Lab Session Initiation Protocol (SIP) Date: Seongcheol Hong DP&NM Lab., Dept. of CSE, POSTECH Date: Seongcheol.
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 &
Company LOGO OMA Presence SIMPLE. What is OMA? The Open Mobile Alliance (OMA) is a standards body which develops open standards for the mobile phone industry.
Network and hardware revision
IP Multimedia Subsystem
VoIP ALLPPT.com _ Free PowerPoint Templates, Diagrams and Charts.
Instructor Materials Chapter 5 Providing Network Services
Systems Security Keywords Protecting Systems
Service requirements from 3GPP TS
INTERNET PROTOCOL TELEVISION (IP-TV)
Chapter 2 Introduction Application Requirements VS. Transport Services
Security Working Group
Software interoperability in the NGN Service layer
Chapter 7 Network Applications
Hans, KIM TTA Release approach and CJK requirements Hans, KIM TTA
Presentation transcript:

1 Issues Degree to which standardisation is needed for IMS services, like for example video conferencing? Same service across different terminals Terminal capabilities (UE capabilities) Content adaptation to fit terminal capabilities, service type and user preferences MMS not the same as 3GPP MMS Protection of Copyright content for legal or privacy reasons, e.g. with streaming - for certain content, the stream should not be copyable - needs to be ciphered Need terminal architecture which supports digital rights management How to prevent damage by harmful content - do we need more than MExE?

2 Issues (2) Personalisation - personal data common to many services Push services - what do we want and how is it pushed to the terminal? Easy handling at terminal key? Mailbox handling - how to control download or other handling of messages stored in the network (e.g. storage time control by sender or recipient) Notification - how external events are notified to the terminal Instant Messaging (excl. presence) Presence, including attach/detach issues, availability to game invitation etc. Uplink streaming (e.g. from a camera on the terminal to a server)

3 Issues (3) Location and direction (direction in which the handset is pointing) Downloading objects (e.g. ring tones, graphics) Point to multipoint or broadcasting of multimedia Terminal requirements for m-commerce? Multiple subscriptions on one UICC? Synchronisation of data across users’ multiple devices and network elements One stop login Advising the network how the user is authenticated to the terminal (plus additional authentication mechanisms) Control of storage time by recipient/sender Handling service data (eg. Messages) across multiple subscriptions Standardised codec for voice activation

4 Conclusions (1) Input needed from UMTS Forum work into S1 (next meeting May 7), explaining service concepts listed in “service matrix.doc” Matrix/O20 –Degree to which standardisation is required for IMS services like for example video conferencing? Status in 3GPP seems like this is being reviewed, perhaps no need for further action right now. –Service analysis work in 3GPP should cover delivery of services across different terminal types and the provision of information about the UE capabilities, service type and user preferences, e.g. for presentation of content. New Work Item for SA3 (2nd resp. SA4, T2)? –To cover protection of content for copyright or privacy reasons, should first be analysed by SA1 for requirements

5 Conclusions (2) Noted that “MMS” column in UMTS forum report is not the same as 3GPP MMS as specified in and SA1, SA2, SA3?, SA4?, T2? - need to look at requirements and an appropriate secure architecture for Digital Rights Management - also need to liaise and align with other bodies like SDMI Need for protection against harmful code (e.g. viruses) being downloaded into the terminal. This impacts not only MExE but also MMS and potentially other features. SA1 could consider this. Need for the ability for users and operators to go to a single place to personalise/customise all features. Facilities from outside world already existing need to be considered. SA1 could look into this.

6 Conclusions (3) SA1 should be invited to look at advising the network how the user is authenticated to the terminal (plus is there a need for additional authentication mechanisms?) SA1 should be invited to think about “one stop login” and requirements in this area SA1 should be invited to discuss Notification - how external events are notified to the terminal SA1 should be invited to discuss Instant Messaging (excluding presence) SA1 should be invited to consider whether stage 1 text is required for Uplink streaming (e.g. from a camera on the terminal to a server). SA1 should be invited to consider requirements for orientation (direction in which the handset is pointing) as part of the LCS work if it is not already covered.

7 Conclusions (4) SA1 to be invited to consider requirements for minimum formats for ringtones, graphics etc. to allow these and other objects to be exchanged between devices from different manufacturers. SA1 to be invited to consider requirements for multiple active subscriptions, for example multiple active USIMs, multiple IMSI etc. Also consider receipt of calls/messages etc. destined for inactive subscriptions when another subscription used by the same user is active. SA1 to be invited to consider requirements for synchronisation of data across users’ multiple devices and network elements SA1 to be invited to consider Mailbox handling - how to control download or other handling of messages stored in the network (e.g. storage time control by sender or recipient)