This Working Group did not meet
NOTE: This charter is a snapshot of the 54th IETF Meeting in Yokohama, Japan. It may now be out-of-date.
Last Modifield: 04/17/2002
The RIP Working Group is chartered to guide the following proposals and develop the following projects through the IETF standards track:
- ``RIP Version 2'' (RFC 1723)
- ``RIP Version 2 MIB Extension'' (RFC 1724)
- ``Extensions to RIP to Support Demand Circuits'' (RFC 1582)
- ``RIP-II Cryptographic Authentication'' (Internet-Draft)
Additionally, the RIP Working Group will handle the RIPng protocol which, in its first incarnation, will contain the minimum modifications to RIP-2 necessary to handle IPng.
Done | Submit RIPng as an Internet-Draft. | |
Done | Submit Internet-Draft of MD5 Proposal. | |
Done | Meet at San Jose IETF to discuss MD5 document. | |
Done | Submit MD5 document to IESG for consideration as a Proposed Standard. | |
Done | Meet at Danvers IETF to discuss implementation of all RIP-related specifications. | |
Done | Submit Demand Circuit RIP document (RFC 1581) to IESG for consideration as a Draft Standard. | |
Done | Submit RIPng Internet-Draft for consideration as a Proposed Standard. Submission MUST be accompanied by a suitably restrictive Applicability Statement. | |
Done | Meet at Stockholm IETF. Review status of MD5 for elevation to Draft Standard. Review status of RIP-2 and MIB for elevation to Standard. A suitably restrictive Applicability Statement for RIP-2 MUST accompany the request for standards level elevation. | |
APR 97 | Submit the RIP2 protocol and MIN to the IESG for Standard. Group will then go into hiatus waiting for other documents to spend the necessary periods of time at their current standards level prior to elevation in the standards track. |
RFC | Status | Title |
---|---|---|
RFC1923 | I | RIPv1 Applicability Statement for Historic Status |
RFC2081 | I | RIPng Protocol Applicability Statement |
RFC2080 | PS | RIPng for IPv6 |
RFC2091 | PS | Triggered Extensions to RIP to Support Demand Circuits |
RFC2092 | I | Protocol Analysis for Triggered RIP |