1. Conversion of ASTM E 2213-03 to IEEE 802.11x Format Wayne Fisher wfisher@arinc.com Wayne Fisher, ARINC

2. Conversion to IEEE 802.11x • Source Documents • ASTM E2213-03 • IEEE Std 802.11, 1999,(Reaff 2003) • Editorial Guidance • Change • Delete • Insert Wayne Fisher, ARINC

3. Conversion Process • Reword to fit into the latest IEEE 802.11 • Figures/tables – Same, New, Modified • Many references (Fig, Tables, Para’s) shuffled to fit latest IEEE 802.11 Wayne Fisher, ARINC

4. IEEE 802.11p (WAVE) differences from IEEE802.11-1999(Reaff 2003) • Communications in a highly mobile environment • 10 MHz channels • One half the data rates of 802.11 • Control Channel and (6) Service Channels • Unique Ad Hoc Mode • Random MAC address • RSSI high accuracy mode • 16 QAM use in the high speed mobile environment • Spectral mask modification • Option for more severe operating environment (automotive) • Priority control • Power Control Wayne Fisher, ARINC

5. Additions beyond ASTM • Priority Control (a la 802.11e) • Power Control (a la 802.11h) • ?? More Wayne Fisher, ARINC

6. Review of Draft IEEE document • Review – by ALL interested parties • Comments (document in E-mails) • Suggested inputs/updates in document style and format Wayne Fisher, ARINC

7. Review of Draft IEEE documentExample 1 17.2.2.2 TXVECTOR DATARATE Change the last sentence as shown Data rates of 6, 12, and 24 shall be supported (3, 6, and 12 for WAVE). Other rates may also be supported. Wayne Fisher, ARINC

8. Review of Draft IEEE documentExample 2 Table 83 RXVECTOR parameters Insert the values in the rows as shown: Wayne Fisher, ARINC

9. Review of Draft IEEE documentWAVE Amendment to 802.11 Wayne Fisher, ARINC