1. Antonio de la Oliva (UC3M)
IEEE 802.1CQ ToC
Antonio de la Oliva (UC3M)

2. Current state 1. Overview 1.1 Scope 2. Normative references
3. Definitions, acronyms and abbreviations
3.1  Definitions
3.2  Acronyms and abbreviations
4. Basics of multicast and local address assignment
5. Theory of operation
6. Address space
6.1  Null address
6.2  Default blocks
6.3  Well-known multicast addresses
7. Message formats
7.1 Address client behavior
7.2 Address server behavior
7.3 Bridge behavior
8. Interaction with 802.1X, 802.1AE, etc.

3. Proposed ToC 1. Overview Interaction with DHCP
1.1 Scope
Normative references
Definitions, acronyms and abbreviations
3.1  Definitions
3.2  Acronyms and abbreviations
Basics of multicast and local address assignment
Architecture
Proxy
DHCP
Identifiers
Theory of operation
Address space
6.1  Null address
6.2  Default blocks:
Blocks reserved for randomnization
6.3  Well-known multicast addresses
Protocol definitions
Unicast self-assignment
Multicast self-assignment
Local Address Assignment Protocol (LAAP)
Interaction with DHCP
Discovery of MAC Address Local Policies
WLAN
WIRED
Interaction with 802.1X, 802.1AE, etc. (this must include deviceID)
Appendix
IEEE PAD
Deployment scenarios

4. Open topics Identifiers DHCP interaction
We must have identifiers to enable the mapping of STAs to known MAC address
Requirement from WBA?
Identifier does not need to be unique for the STA, it can have multiple Ids and use them as required.
Potentially one per point of attachment
Do we need to specify some bunding between the ID and the address?
Cryptographic relation
64 bits? Randomnly choosen?
DHCP interaction
Shall we asume Proxies are able to get pull of addresses out of DHCP? Of any quadrant?

5. Open Points Shall we use MAAP for multicast addresses?
Do we need a new redefinition of it for multicast?
Probably we have a problem with the multicast pull, specified in 1722
Blocks of addresses and allocation of addresses
What can we safely used as source address in self-assignment?
EUI-48?
Do we want to define a default block of addresses for randomisation?
We have something working to discover the MAC Address Policy in IEEE
What do we do for wired? LDP?