1. IEEE 1900.7 White Space Radio Draft ToC
November 2005
doc.: IEEE /1051r0
22/04/2019
IEEE White Space Radio Draft ToC
Date: ; Beijing
Authors:
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Slide 1
Mujtaba (Agere), Petranovich (Conexant), Fischer (Broadcom), Stephens (Intel) et. al.

2. Abstract This presentation defines draft ToC for P1900.7 22/04/2019
Slide 2

3. Definitions of priorities
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Definitions of priorities
First priority – this section or topic must be defined in the draft standard before the draft standard is ready for Sponsor Ballot
Second priority – this section or topic is desired to be in the draft standard but the lack of it does not stop the draft standard to go to Sponsor Ballot
Slide 3

4. Draft ToC 1. Overview 2. Normative references 3. Definitions
22/04/2019
Draft ToC
1. Overview
2. Normative references
3. Definitions
4. Abbreviations and acronyms
5. System architecture (first priority)
Target frequency bands (first priority)
Network topology (first priority)
Reference model (first priority)
Management model (first priority)
Network reference model (first priority)
Slide 4

5. Draft ToC 6. Convergence sublayer (first priority)
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Draft ToC
6. Convergence sublayer (first priority)
General convergence sublayer (first priority)
Service specific convergence sublayer (second priority)
Traffic specific convergence sublayer (second priority)
Slide 5

6. Draft ToC 7. MAC sublayer (first priority)
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Draft ToC
7. MAC sublayer (first priority)
Generating of MAC PDUs (first priority)
Initialization and network entry (first priority)
Resource allocation and QoS mechanisms (first priority)
Transmit power control (first priority)
ARQ and support for HARQ (second priority)
Procedures to support mobility (first priority)
Power saving procedures (first priority)
Support for relay stations (first priority)
Measurement procedures (first priority)
Note: At this point specific MAC sublayer(s) is not selected and is subject to contributions
8. Security sublayer (first priority)
Slide 6

7. Draft ToC 9. PHY layer (first priority)
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Draft ToC
9. PHY layer (first priority)
Frame structure and general parameters (first priority)
Preamble and pilots structure (first priority)
CRC method (first priority)
Channel coding (including interleaving and modulation) (first priority)
Mapping on physical channel (first priority)
Measurements (first priority)
HARQ (second priority)
MIMO (second priority)
Transmitter requirements (second priority)
Receiver requirements (second priority)
Note: At this point specific PHY layer(s) is not selected and is subject to contributions
Slide 7

8. Draft ToC 10. Cognitive plane (first priority)
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Draft ToC
10. Cognitive plane (first priority)
Access to WS database (first priority)
Spectrum sensing management (second priority)
Maintain spectrum availability information (first priority)
Frequency bands, time slots, and power assignment (second priority)
Self-coexistence mechanisms (first priority)
Mechanisms for coexistence with other WS networks (first priority)
11. Message encoding (first priority)
12. MIB (second priority)
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