1. Purpose Top-down approach for TGh from D1.1 to D2.0
Month 2000
doc.: IEEE /xxx
January 2002
Purpose
Top-down approach for TGh from D1.1 to D2.0
Guides the group through the discussions
Supporting information for the agenda
Mika Kasslin, TGh chair
John Doe, His Company

2. TPC Topics TPC.1) Power Constraint element (7.3.2.16)
Month 2000
doc.: IEEE /xxx
January 2002
TPC Topics
TPC.1) Power Constraint element ( )
New format proposed in 01/664r0
TPC.2) Power Capability element ( )
TPC.3) TPC Report element ( )
Transmit Power field syntax
TPC.4) Tolerances
Transmit power
Measurements, link margin
TPC.5) TPC procedures (9.11)
TPC.6) New definitions
transmit power
receiver power
Mika Kasslin, TGh chair
John Doe, His Company

3. General Topics GEN.1) Action Frame definition GEN.2) Reason Code
Month 2000
doc.: IEEE /xxx
January 2002
General Topics
GEN.1) Action Frame definition
New format proposed in 01/665r0
Defined in and used in 7.4 of 01/664r0
GEN.2) Reason Code
Changes proposed in of 01/664r0
GEN.3) Status Code
Changes proposed in of 01/664r0
GEN.4) New channels ( MHz) listed
GEN.5) PICS
skeleton in 01/664r0
GEN.6) MIB
proposal in 01/533r0 and 01/664r0
Mika Kasslin, TGh chair
John Doe, His Company

4. DFS Topics DFS.1) Channel Switch Announcement element
Month 2000
doc.: IEEE /xxx
January 2002
DFS Topics
DFS.1) Channel Switch Announcement element
Re-edit in 01/664r0
DFS.2) Use of containers
Discussed in Austin
Defined and used in 01/664r0 (frame -> element -> container)
DFS.3) IBSS
Proposal in 01/532r0
DFS.4) BSS
Mechanism and reports in D1.1
DFS.5) DFS procedures
Text proposal in 01/664r0
Mika Kasslin, TGh chair
John Doe, His Company

5. DFS Framework Issues Start-up phase: Normal operation: Common: Ideas:
Month 2000
doc.: IEEE /xxx
January 2002
DFS Framework Issues
Start-up phase:
start-up test period (no less than 30 seconds)
How about upper limit?
start-up phase rate
Normal operation:
periodicity of quiet periods to listen radar signals
Tailored for HL/2 with 2 ms frames
Amount of quiet periods (20%)
channel switch time (6 ms)
Common:
response time (100 ns)
Ideas:
more heuristic methods taking into account radar characteristics
frequency range
periodicity
Mika Kasslin, TGh chair
John Doe, His Company