Agenda IETF99: nwcrg
agenda-99-nwcrg-01

NWCRG @ IETF-99 (Prague)
------------------------
Thursday, July 20, 2017
Afternoon session I 13:30-15:30
Room: Athens/Barcelona

0- Welcome, administrative and general matters. Goals of this meeting (Vincent
Roca) (10')

PART I: Use-cases where end-to-end coding or network coding can be beneficial
=============================================================================

NC for satellite communications
-------------------------------

2- "Network coding and satellites" (Nicolas Kuhn, remote) (10')
        draft-kuhn-nwcrg-network-coding-satellites-00
        This memo presents the current deployment of network coding in some
        satellite telecommunications systems along with a discussion on the
        multiple opportunities to introduce these technics at a wider scale.

-- Discussions: what's next and where do we want to go? (5')

NC for ICN/CCN
--------------

Two presentations on NC for ICN/CCN, with different target use-cases and
different coupling between NC and ICN/CCN.

3- "Adaptive video streaming over CCN with network coding for seamless
mobility" (Cedric Westphal) (10')
        Also covers NetCodCCN (Infocom'16)

4- "Low latency low loss streaming using in-network coding and caching"
(Hitoshi Asaeda) (10')
        (Infocom'17)

-- Discussions: what's next and where do we want to go? (5')

Other NC potential use-cases
----------------------------

5- "Overview of a few use-cases where NC could potentially be useful (sensor
nets, railway, etc.)" (Rolf Sperber) (10')

6- "Internet overlay networks: the need for a Generic Robust Low Latency
Tunelling with common APIs (Marie-José Montpetit, remote) (10')

-- Discussions: what's next and where do we want to go?
        Are these use-cases sufficient to extract a generic architecture and/or
        a generic protocol? (5')

PART II: On the coding side
===========================

Low complexity coding
---------------------

7- "Pyrit: Polynomial Ring Transforms for Fast Erasure Coding" (Jonathan
Detchart) (10')
        Making coding and decoding operations of any erasure code working on a
        finite field an order of magnitude faster than legacy codecs.

On the benefit of sliding window codes (network coding?) to IETF protocols
--------------------------------------------------------------------------

8- "Less Latency and Better Protection with AL-FEC Sliding Window Codes: a
Robust Multimedia CBR Broadcast Case Study" (Vincent Roca, Inria) (10')
        This work discusses the benefits of sliding window codes to 3GPP MBMS
        (based on FECFRAME) and real-time content broadcast.

9- FEC codes and QUIC (Ian Swett) (10')

-- Discussions: what's next and where do we want to go? What about the WebRTC
and PAYLOAD WGs? (5')

PART III: Other topics (if time left)
=====================================

10- "About a simple protocol to negotiate network coded communication" (Frank
Fitzek, TBC) (5')

-- Discussions: what's next and where do we want to go? (5')

Total time: 120'