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3GPP2 Requirements Development Projects of Interest to OMA. 3GPP2 – OMA Requirements Workshop Kansas City, MO, USA March 22, 2004. Requirements Status (1/2). Doc. Title Dev. TSG Rev. Pub. 30-A 37 38 48-A 58 61 62 64-A 66-A 67 76 79 80. BCMCS NAM Network Evolution MEID
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3GPP2 Requirements Development Projects of Interest to OMA 3GPP2 – OMA Requirements Workshop Kansas City, MO, USA March 22, 2004
Requirements Status (1/2) Doc. Title Dev. TSG Rev. Pub. 30-A 37 38 48-A 58 61 62 64-A 66-A 67 76 79 80 BCMCS NAM Network Evolution MEID IP Multimedia Domain System Req. Immediate Messaging Presence MMS Revision A IP Based Location Rev. A Enhanced Call Recovery Protocol Alignment End-to-End QoS Wideband Vocoder Document preamble: S.P0[0].. or S.R0[0].. Items in red identify projects of mutual interest
Requirements Status (2/2) Doc. Title Dev. TSG Rev. Pub. 82 83 84 86 87 90 92 93 94 95 96 98 100 101 103 Packet Data Security BCMCS Security Packet Data Pre-Paid IMS Security Framework WLAN Interworking Network Initiated Data Session LMSD Step 2 Network Performance Measurements Rm Interface Enhancements ISIM on UICC Transcoder-Free Operation WLAN Interworking Security Framework PoC IOTA Network Firewall Config. and Control
Broadcast/Multicast BCMCS Requirements Revision A (S.R0030-A) • Revision A of Stage 1 was published January 2004 • BCMCS physical layer specification work is completed in TSG-C • BCMCS is in advanced stages of development in TSG-X BCMCS Security Framework (S.R0083-A) • This security document was published in October 2003 • Fundamental concept of BCMCS security is a subscription model providing a basis for access to authorized users only • This may be extended to include DRM considerations for the content being broadcast/multicast
Immediate Messagingand Presence IM and Presence Requirements • Revision 0 of Stage 1 Immediate Messaging (S.R0061-0) and Presence (S.R0062-0) were published October 2002 • They are based on • RFC 2778 “A Model of Presence and Instant Messaging” and • RFC 2779 “Instant Message/Presence Requirements” • IM/Presence Stage 1s should be highly aligned with the equivalent projects in 3GPP, which are also based on the two stated RFCs Discussion • IM is one of many potential applications of Presence capability • Close coordination on Presence capability will ease interoperability of many such applications • Coordination with IETF will ease interoperability with the similar non-wireless services (e.g. Instant Messaging, Chat, etc.)
MMS (1/3) MMS Requirements Revision 0 (S.R0064-0) • Revision 0 of Stage 1 published October 2002 • Conceptually similar with 3GPP equivalent • Permits additional protocols for the client-server interface (MM1) – several are defined in MMS specifications • X.S0016-310 MM1 Using OMA/WAP-defined protocol (published April 2003) • X.S0016-311 MM1 Using M-IMAP for Message Submission and retrieval (published May 2003) • SIP-based MM1 in publication process
MMS (2/3) MMS Requirements Revision A (S.P0064-A) • Currently under development • Modifications include • Incorporation of DRM Issues (refers to OMA DRM v1_0) • Supplemental VASP related requirements (note that MM7 specification, defining interface to a VASP is published April 2004 in X.S0016-370) • Short Code addressing option • Suppression of message forwarding loops • Support of Hyperlinks imbedded in message payload (e.g., plain text, HTML, etc.) • Network based message repository option • These modifications should keep it in closer alignment with the 3GPP version
MMS (3/3) Collaboration with OMA • The need for MMS interoperability between various networks (including landline ISPs and corporate intranets) and technologies (CDMA, GSM, WLAN, …) is critical for the uptake of MMS • It would be best if the bulk of specifications that are technology neutral are developed in a single place • There are few access dependent aspects, which are currently being investigated • 3GPP2 is in favor of relying on OMA for maintenance and further development of MMS • 3GPP2 has approved submitting its work to OMA for such purpose, pending resolution of IPR alignment issue.
Location (1/3) Background • Geo-location is a very important capability for many applications in mobile wireless systems • 3GPP2 has devoted considerable effort toward development of underlying technology and location based services, a process that is ongoing • Published specs:
Location (2/3) Circuit-Switched Location • N.S0030 specifications are complete as of April 2002 • Transmission of mobile station location in case of emergency distress, known in the US as E-911 • Circuit switched call to emergency center • Location information is (LAT, LON) is conveyed via messaging • X.S0002 specifications are complete as of February 2004 for transmitting mobile station location for commercial (non-emergency) applications • Contains controls for privacy (e.g. mobile subscriber can block access if location privacy is desired)
Location (3/3) IP Based Location • Requirements document S.R0066-0 published as of April 2003 • Based largely on the circuit-switched counterpart in X.S0002 • Same general requirements, but accessible via IP-based interface • Allows reuse of large portions of existing location infrastructure for rapid deployment of services IP Based Location Requirements Revision A (S.P0066-A) • Development started in 2003 • Not much progress due to desire to first develop specifications and deploy Revision 0 • Some newly proposed requirements are still subject to decisions of 3GPP2: • Codeword based security • Diluted precision as way of controlling privacy • Various forms of location reporting triggers (e.g. periodic, distance segment traveled, velocity threshold, etc.)
PoC PoC System Requirements Document Revision 0 (S.P0100-0) • “System Requirements” is conceptually similar to Stage 1, but there is a difference in emphasis • Stage 1 emphasis is user perception • System Requirement emphasis is development of network capability, based on which service can be defined • Currently in early stages of development • The intent is to work in concert with OMA PoC requirements and beyond • PoC requires close coordination because of high dependence on underlying and radio access and network capabilities
IOTA DM (1/2) 3GPP2 has developed capabilities to manage wireless devices over-the-air (OTA): Legend IOTA DM OTASP OTAPA IOTA HCM IP-Based Over-The-Air Device Management Over-The-Air Service Provisioning Over-The-Air Parameter Administration IOTA Handset Configuration Management
IOTA DM (2/2) IOTA – IP-Based Over-The-Air Device Management (S.P0101-0) • IOTA DM Stage 1 is currently in review, leading to publication • The objective is to improve IOTA capabilities, which includes remote software download • Expected to be complementary to OMA DM work (e.g. remote detection of R-UIM/SIM insertion)
NFCC Network Firewall Configuration and Control Stage 1 (S.P0103-0) • Draft requirements document under development • NFCC may be related to OMA Content Screening Purpose of NFCC • Minimize effects of unapproved IP traffic upon network resources • Prevent subscriber being billed for unapproved traffic
Conclusions • Several 3GPP2 and OMA projects may be of mutual interest • Further exchange should take place between two organizations to coordinate requirements development and alignment, if necessary • www.3GPP2.org web site is openly accessible with wealth of information • Published Requirements (Stage 1) documents are in S-series of documents (published by TSG-S) • All meeting Contributions are placed on the web site after every meeting • Contribution S00-<date>-100, where <date> is meeting date (e.g. 20040315 contains a table with latest status of TSG-S documents under development • The latest 3GPP2 Work Plan is attached for further information