International organisation for standardisation

11.4Action Points

12MPEG-M Elementary Services (23006-4)

12.1Topics

12.1.1ISO/IEC 23006-4 Elementary services

12.2Contributions

Session	Number	Title	Source		Dispositions
MPEG-M	m20038	Austrian NB comments on Study of ISO/IEC CD 23006-4 2nd edition	Michael Grafl, Christian Timmerer, (on behalf of ANB)	Accepted (N11938)
MPEG-M	m20039	Editor's Input on Study of ISO/IEC CD 23006-4 2nd edition	Michael Grafl, (on behalf of the editors)	Accepted (N11939)
MPEG-M	m20182	Late Comments on ISO/IEC CD 23006-4 [2nd Edition]	SC 29 Secretariat	Accepted (N11938)

12.3Summary of discussions

12.4Action Points

13MPEG-M Service Aggregation (23006-5)

13.1Topics

13.1.1ISO/IEC 23006-5 Service Aggregation

13.2Contributions

Session	Number	Title	Source		Dispositions
MPEG-M	m20040	Austrian NB comments on Study of ISO/IEC CD 23006-5	Michael Grafl, Christian Timmerer, (on behalf of ANB)	Accepted (N11940)
MPEG-M	m20041	Editor's Input on Study of ISO/IEC CD 23006-5	Michael Grafl, (on behalf of the editors)	Accepted (N11941)

13.3Summary of discussions

13.4Action Points

14Advanced User Interaction Interface (23007-2)

14.1Topics

14.1.1Advanced User Interaction Interface

14.2Contributions

Session	Number	Title	Source		Dispositions
Scene	m20014	Proposed Study Text of CD 23007-2	Seong Yong Lim, Injae Lee, Sanghyun Park, Jihun Cha, Youngkwon Lim	Accepted (N11943)

14.3Summary of discussions

m20014

Proposed improvements of CD.

14.4Action Points

15MPEG-V Architecture (23005-1)

15.1Topics

15.1.1ISO/IEC 23005-1 MPEG-V Architecture

15.2Contributions

Session	Number	Title	Source		Dispositions
MPEG-V	m19675	Study for the binary representation of UTF-8	Sang-Kyun Kim, Yong Soo Joo

15.3Summary of discussions

Refer to 3DG meeting report.

15.4Action Points

16Sensory Information (23005-3)

16.1Topics

16.1.1ISO/IEC 23005-3:201x/AMD 1 Binary representation

16.2Contributions

Session	Number	Title		Source		Dispositions
MPEG-V	m20138	Hand based Interaction for intuitive manipulation	Jae-Joon Han, SeungJu Han, ByungIn Yoo, Changkyoo Choi, Dusik Park
MPEG-V	m20141	Binary representation for Bio-sensed Information	Seungju Han, Jae-Joon Han, Wonchul Bang, James D.K. Kim
MPEG-V	m20142	Binary representation for Gas & Dust sensed information	Jae-Joon Han, Seungju Han, Wonchul Bang, James D.K. Kim
MPEG-V	m20143	Binary representation for Bend sensor capability and sensed information	Jae-Joon Han, SeungJu Han, Wonchul Bang, James D.K. Kim
MPEG-V	m20195	Proposed modification for multi interaction point, gaze tracking and wind sensors	Seong Yong Lim, Injae Lee, HeeKyoung Lee, Jihun Cha, YoungKwon Lim,

16.3Summary of discussions

m20138

The document was presented, with a focus on possible merge into the proposed study document. There was a discussion on userID and confidence. userID is for multiplayer games. confidence is relevant for the gesture, not for the quality of the sensor.

A decision emerged to go for a unification by designing a common base from geometric and symbolic, plus the notion of « steady » or « dynamic », and expressing all 5 classes of sensors with this common base.

It was discussed whether it was appropriate for such thoroughly changed text to go into a study ? The decision was deferred to the next systems plenary.

Refer to 3DG meeting report for other contributions.

16.4Action Points

17Conformance and reference software (23005-7)

17.1Topics

17.1.1ISO/IEC 23005-5 Reference Software

17.2Contributions

Session	Number	Title	Source		Dispositions
MPEG-V	m19536	Summary of Voting on ISO/IEC FCD 23005-7	SC 29 Secretariat
MPEG-V	m19951	Reference software of binary representation for color correction device command	Sang-Kyun Kim, Yong Soo Joo, Jin-Seo Kim, Maeng-Sub Cho, Bon-Ki Koo
MPEG-V	m20042	Editor's Input on MPEG-V Conformance and Reference Software	Markus Waltl, Christian Timmerer (on behalf of editors)
MPEG-V	m20043	Austrian NB comments on ISO/IEC Study of FCD 23005-7	Christian Timmerer, Markus Waltl

17.3Summary of discussions

Refer to 3DG meeting report.

17.4Action Points

17.5Summary of discussions

17.6Action Points

18Exploration – MMT

18.1Topics

• Transport- and file format friendly stream format

• Cross layer optimization between video and transport layer

• Error resilience for MPEG streams

• Conversion between transport mechanisms

• Content adaptation to different networks

18.2Contributions

Session	Number	Title	Source	Dispositions
MMT	m19544	Functionalities for MMT Layers	Seong-Jun Bae, Jin Young Lee, Jung Won Kang, Soon-heung Jung, Sang Taick Park	Accepted (N11954)
MMT	m19920	Updated MMT CfP response	Gerard Fernando, Zhao Yu, Li ZhuPing	Accepted (N11954)
MMT	m19989	Review of w11792	Youngkwon Lim (on behalf of AHG)	Accepted (N11954)
MMT	m20012	Proposal of modifications to Advanced Transport Scheme regarding MMT	Shuichi Aoki, Hiroyuki Hamada, Katsunori Aoki, Kiyoharu Aizawa	Accepted (N11954)
MMT	m20016	Considerations on Hybrid delivery support on MPEG Media Transport (MMT)	Shuichi Watanabe, Yasuaki Tokumo, Maki Takahashi,	Accepted (N11954)
MMT	m20025	Updated MMT CfP response	Yongju Cho, Jihun Cha	Accepted (N11954)
MMT	m20086	Comments on MMT TuC evaluation process	Jin Young Lee, Seong-Jun Bae, Jung Won Kang, Soon-heung Jung, Sang Taick Park	Accepted (N11954)
MMT	m20193	Slides presented to MMT AhG re FN and AVB	[e-mail] John Grant	Noted.

18.3Summary of discussions

m19544

Reviewed during the Tokyo AHG meeting. Refer m19989

m19989

Revised version of TuC as a result of Tokyo AHG meeting

m19920

This contribution provides more detailed information and revised text of ZTE submission to MMT CfP.

• 
  Clarification of using SSRC for content insertion
  
• 
  Detailed syntax and semantics of toc
  
• 
  Revised proposal on ARQ
  

TuC will be updated with this contribution accordingly.
m20025

This contribution proposes side information to better understand underlying network conditions

• 
  Signal to Noise Ratio
  
• 
  Number of background traffic
  

Proposed parameters will be included in the TuC.
m20016

This contribution is for further clarification of m19194. Two parameters proposed for delivery session description for hybrid scenario. Extension of DASH MPD in m19194 was an example of using these parameters

• 
  Source URL for multicast/broadcast transport,
  
• 
  Available start time for multicast/broadcast transport,
  
• 
  Anchor point for synchronization among unicast/multicast/broadcast transport
  

Proposed parameters is already included in the TuC.
m20086

This contribution proposes clarification of review process.

• 
  to put higher priority on Delivery area than others.
  
• 
  to define roles of each layer
  
• 
  to define functionalities of each layer
  

TuC will be improved accordingly.
m200193

Slides regarding SC6 work on FN, also other non-IP network standardisation activity.