TTA Activity and Future Direction

Won-Sik Kim

TTA President

2008. 07. 14

DOCUMENT #: GSC13-PLEN-15

FOR: SDO Presentation

SOURCE: TTA

AGENDA ITEM: Opening Plenary; 4.8

CONTACT(S): Won-Sik Kim (wskim@tta.or.kr)

Submission Date:July 1, 2008

2

IPTV

– Established IPTV Project Group and 5 Working Groups (Mar. 2006)

• Pre-IPTV Service launched at the end of 2006 in Korea Industry needs for IPTV standards to support IPTV Service

※ WGs: Architecture & Scenarios, Middleware & Terminal Device, Mobile IPTV, Security and QoS/QoE

– Established IPTV phase 1 standards in April 2008• Minimum specification to support IPTV based on legacy IP network

– IPTV phase2 standardization in process until June 2009• Extension of phase 1 standards and in consideration of NGN

network

Highlight of Current Activities (1)

3

IMT-Advanced– TTA established IMT-Advanced PG, IMT-WiBro PG and IMT-Evaluation

PG for IMT-Advanced Standardization in Jan 2008

Highlight of Current Activities (2)

802.11a/g

1995 2000

200 Mbps

~ 14.4 kbps50 Mbps

144 kbps

2010+

384 kbps

2G2G(DigitalDigital)

802.11b

Fast

Slow

1Gbps

OFDMA

802.11n

CDMA

2005

3G 3G LTELTE

4G IMT-

Advanced

4G IMT-

AdvancedMobileMobileWiMAXWiMAX3G3G

(IMT-2000)IMT-2000)

WLANWLAN(2.4GHz(2.4GHz) WPANWPAN

WLANWLAN(5GHz(5GHz)

WLANWLAN(5GHz)(5GHz)

– Major Activities

•IMT-Advanced PG– Minimum requirements Drafting

(reflecting comments of vendors & carriers)

•IMT- WiBro PG– WiBro Femtocell – Requirements for PS Interworking

between WiBro and UMTS

•IMT-Advanced Min. Requirements– Coordination among C-J-K in June

2008– Common Proposal to ITU-R

WP5D(June, Dubai)

(IMT.EVAL, Submission templates)

SalesSalesSalesSalesDeliveryDeliveryDeliveryDeliveryShippinShippingg

ShippinShippingg

BcNBcN

Security

Security

Server Server Server

PMLServer

SAVANT

PackinPackingg

PackinPackingg

ONSServer

Access Network

Access Network

ConsumerConsumerConsumerConsumer

ONSServer

Mobile RFID Code

and Tag Data Structure

Mobile RFID Code

and Tag Data Structure

Message Transfer Protocol for the Mobile RFID

Message Transfer Protocol for the Mobile RFID

RFID ODS (Object Directory Service)

Architecture & middleware Platform

RFID ODS (Object Directory Service)

Architecture & middleware Platform

Unique IDUnique ID

ISO/IEC

EPC, Etc

ISO/IEC

EPC, Etc

Air InterfaceAir Interface

ISO/IEC18000-x

ISO/IEC18000-x

Data Syntax,App. Requirements

Data Syntax,App. Requirements

ISO/IEC15962ISO/IEC18001ISO/IEC15962ISO/IEC18001

Tag CommandTag Command ISO/IEC15961

ISO/IEC15961

4

RFID– Application Requirement

Profile Standards• RFID-based Government Property Management Service Model (08.3.27)

• RFID-Based Gaesung CIQ Inspection and Logistics Service Model ver.2.0 (08.3.27)

* CIQ: Customs, Immigration and Quarantine

– Mobile RFID Standards• Mobile RFID Code and Tag Data Structure (06.12.27)

• Message Transfer Protocol for the Mobile RFID Service (05.12.1)

Highlight of Current Activities (3)

5

TV Out Cable

Earphone+20 pin

New & Integrated

USB Data Cable

Battery Charger

24 pin(Since 2001)

Incumbent

New Standard on Integrated I/O Connection Interface for Mobile Phones (Revised in Nov. 2007, certified in Jun. 2008)

– To meet the slimming & miniaturizing trend as well as to increase consumer benefits

– Estimated cost saving : USD 10mil. per year

Highlight of Current Activities (4)

6

Strategic Direction

Strengthen the cooperation between Fora & TTA Standard Committee– In 2008, TTA supports 38 Fora in IT area– 60% of 1,317 Forum standards have been directly forwarded to TTA

committees

Strengthen the standards in the IT related convergence area– u-Health

• Standardization of u-Health devices and information exchange protocols

• Information security for u-Health services– u-Transportation

• Wide-area wireless communication standard for Vehicle-to-Vehicle and vehicle-to-infrastructure Communication

• In-vehicle network standard

7

Challenges(1)

IPTV Standard– Limitation of infrastructure in phase 1 which doesn’t provide

interoperability among devices and services• NGN based or IMS based IPTV architecture

– Different contents protection specifications among service providers • Independent POD (Point of Deployment) from IPTV end system• Interworking between heterogeneous CAS/DRM

IMT-Advanced Standard– The high-speed air interface protocol development for radio resource

reduction• PHY/MAC and MIMO for 1Gbps at low, 100Mbps at high

– The simplified network architecture for reduced network cost• User Equipment Relaying, Relay Node, eNode B

– Candidate: 3GPP LTE-advanced, Mobile WiMAX Evolution, UMB etc

8

Challenges(2)

RFID/USN Standard– OID (Object Identifier) for RFID Multi-code identification

• Too many ID schemes not applicable in global context• Impossible to develop almighty ID scheme for all tag-based

identification. OID (Object Identifier) standardization for indentifying various RFID code

is required

– Sensor Network standards for application to other industries such as Energy, Pollution and Transportation

• Various sensors, hardware platforms and software make interoperability and portability of sensor network impossible

• To collect sensor data and to manage those sensor networks, standard interfaces between heterogeneous sensor networks and hosts are required

The Interface standardization for Sensor Networks is required

9

Next Steps/Actions(1)

Issues Action items

IPTV

Architecture : NGN based or IMS based IPTV Service platform : Web based platform and connection on

home network technology Security: Interworking between heterogeneous CAS/DRM, Separation

of CAS/DRM from end system and contents Protection QoS/QoE : Arrangement of appropriate QoS level and study on

Traffic Management mechanism Inter-operability test and conformance test for IPTV systems and

services

IMT-Advanced

The international consensus of IMT-Advanced minimum requirements

in cooperation with CJK B3G

Prepare draft proposal of IMT-Advanced radio interface technology

based on 3GPP-LTE-advanced

Prepare draft proposal of IMT-Advanced radio interface technology

based on IEEE-802.16

Self-evaluation, endorsement of other’s evaluation and/or evaluation

of other proposed technologies

10

Next Steps/Actions(2)

Issues Action items

Ubiquitous Sensor Network

Multi-UIIs resolution architecture based on OID

Architecture and functional requirements of the USN

Sensor Node Identification Code and Data Structure

Geo-Graphical Code for u-Sensor node

IT Applications

to other industries

Create new standardization groups for convergence area – 3 Joint Working Groups (JWG) among RFID/USN, Telematics/ITS, WPAN, and

LBS will be established – u-Learning, SCM u-Entertainment, Public Safety, u-Home, Finance

- Thank You- - Thank You-

11

Supplemental Slides

12

Technical Committees (TC))Technical Committees (TC)) 58 Project Groups (PG)58 Project Groups (PG)

Technical Assembly (TA)Technical Assembly (TA)Coordination Committee (CC)Coordination Committee (CC)

NGN, Active Internet, IPv6, IPTV, etc.Telecommunication (TC2)

59 WGs59 WGs

NGN Evolution, etc.

Telematics/ITS, LBS, WPAN, RFID/USN, etc.

Radio Communication (TC3) ZigBee/WPAN, etc.

u-Health, Multimedia, etc.IT Application (TC4) Grid Accounting, etc.

Cyber Security, Biometrics, DRM, etc.Information Security (TC5)DRM Interworking, etc .

Open S/W, WEB, MetaData, etc.Infra Software (TC6) Mobile Web, etc.

IMT-2000 and systems beyond IMT-2000, etc.

Mobile Communication (TC7) Radio Access, etc .

DMB, Digital TV, etc.Broadcasting (TC8)DMB, etc .

20

13

5

4

2

10

5

17

7

12

6

5

6

5

Restructuring of Standardization Committees

13

Home NW(1)

E-Commerce

(3)

Others(5)

Broadcasting & Multimedia

(4)

Communication

& Information Technology

(12)Internet

(5)

Digital ID Digital ID Management, etc. Management, etc. Advanced

Broadcasting Standardization Forum, etc.

Home-Network Forum

Korea Wireless Internet Standardization Forum, etc.

USN Forum, etc.

Digital Rights Management Forum, etc.

uu-health Forum, etc.

(8)

Contents & SW

Solution

(As of 2008.6)

Domestic Standardization Forum Activities