Concluded WG Reliable and Available Wireless (raw)
Note: The data for concluded WGs is occasionally incorrect.
|WG||Name||Reliable and Available Wireless|
|Area||Routing Area (rtg)|
|Additional resources||Issue tracker, Wiki, Zulip stream|
|Personnel||Chairs||Eve Schooler, Rick Taylor|
|Area Director||John Scudder|
Closing note for Working GroupThe RAW WG, which was chartered in order to provide focus on the integration of DetNet and wireless, has made substantial progress to that end. DetNet now has greater bandwidth than when RAW was chartered and is able to directly work on the remaining RAW work items. For this and other reasons, RAW is being closed, and DetNet's charter will be modestly expanded to take on the remaining work. Thanks very much to the RAW chairs and participants for all their work!
Final Charter for Working Group
Reliable and Available Wireless (RAW) provides for high reliability and availability for IP connectivity over a wireless medium. The wireless medium presents significant challenges to achieve deterministic properties such as low packet error rate, bounded consecutive losses, and bounded latency. RAW extends the DetNet Working Group concepts to provide for high reliability and availability for an IP network utilizing scheduled wireless segments and other media, e.g., frequency/time-sharing physical media resources with stochastic traffic: IEEE Std. 802.15.4 timeslotted channel hopping (TSCH), 3GPP 5G ultra-reliable low latency communications (URLLC), IEEE 802.11ax/be, and L-band Digital Aeronautical Communications System (LDACS), etc. Similar to DetNet, RAW will stay abstract to the radio layers underneath, addressing the Layer 3 aspects in support of applications requiring high reliability and availability.
While DetNet solutions apply to both wireless and wired, there has been recent industry interest for wireless applications which were not initially included in the DetNet use cases. One critical application is Aeronautical Data Communications. The Aeronautical standards work on a physical layer and data link layer for data communications is reaching maturity and there is significant interest in IP connectivity applications. Other examples of potential wireless applications include industrial, pro audio and video, gaming, and edge robotics.
In the interests of providing timely solutions for these newly identified industry applications, RAW’s focus will be on specifying use cases associated with these new applications and defining requirements derived from them. RAW will solicit input on deployment plans, requirements, and operational practices (including security and privacy aspects) for these newer industrial applications. RAW’s primary focus is on identifying areas where the DetNet adaptation to wireless networks and other IETF technologies may require additional supporting mechanisms.
The RAW Working Group will also examine the applicability of other existing IETF work, e.g., MANET's dynamic link exchange protocol (DLEP). The RAW Working Group will provide input to the DetNet Working Group, MANET Working Group, and other IETF Working Groups, and cooperate in reviewing solutions to RAW’s identified deployment problems. RAW is not chartered to work on a solution. If solution work is needed, the Working Group will coordinate with the IESG to determine where the work will be done. If RAW is chosen for the solution work, the Working Group will recharter.
The RAW Working Group is planned to be a short timeframe (12-18 months) Working Group to quickly address these newer industry applications. The initial milestones will be published as Informational documents: Use Cases, Requirements, Architecture/Framework Aspects for a Wireless Network, and an Evaluation of Existing IETF Technologies and Gap Analysis. Additional documents may be published or exist on a git repository, the publication format will be agreed by the Working Group at the time the document is adopted by the group. The Use Case document may consist of one or more documents to allow users/operators the opportunity to provide comprehensive deployment plans for these new (to IETF) technologies, e.g., the Aeronautical Data Communication applications. The group will closely coordinate with the DetNet and MANET Working Groups. The work produced by this group may be of interest to other SDOs, 3GPP, IEEE, and the Aeronautical industry.
|Jul 2023||Evaluation of Existing IETF Technologies and Gap Analysis Document submit to IESG|
|Feb 2023||Framework Aspects for a Wireless Network Document||
|Nov 2022||Working Group Adoption of Evaluation of Existing IETF Technologies and Gap Analysis Document|
|May 2022||Architecture/Framework Aspects for a Wireless Network Document submit to IESG||
|Mar 2022||OAM Document submitted to IESG||
|Feb 2022||Technologies Document submit to IESG||
|Done||Use Cases Document submit to IESG||
|Done||Working Group Adoption of Architecture/Framework Aspects for a Wireless Network Document|
|Done||LDACS Document submitted to IESG||
|Done||Working Group Adoption of OAM Document||
|Done||Working Group Adoption of LDACS Document||
|Done||Working Group Adoption of Use Cases Document||
|Done||Working Group Adoption of Technologies Document||