1. IEEE 1900.7 White Space Radio Opening Report
November 2005
doc.: IEEE /1051r0
23/07/2019
IEEE White Space Radio Opening Report
Date: ; Osaka, Japan
Authors:
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Slide 1
Mujtaba (Agere), Petranovich (Conexant), Fischer (Broadcom), Stephens (Intel) et. al.

2. Outline Background Participation tools WG constitution Time plan
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Outline
Background
Participation tools
WG constitution
Time plan
Plan for this meeting
Summary of contributions
Slide 2

3. Background Title Scope
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Background
Title
Radio Interface for White Space Dynamic Spectrum Access Radio Systems Supporting Fixed and Mobile Operation
Scope
This standard specifies a radio interface including medium access control (MAC) sublayer(s) and physical (PHY) layer(s) of white space dynamic spectrum access radio systems supporting fixed and mobile operation in white space frequency bands, while avoiding causing harmful interference to incumbent users in these frequency bands. The standard provides means to support P1900.4a for white space management and P to obtain and exchange sensing related information (spectrum sensing and geolocation information).
Slide 3

4. Participation Tools DySPAN-SC Web page 1900.7 Web page
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Participation Tools
DySPAN-SC Web page
Web page
mailing list
MyProject
IEEE Communications Society>Standards Committee>White Space Radio
Mentor
Slide 4

5. WG Constitution WG voting members Mailing list subscription
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WG Constitution
WG voting members
15 people from 7 affiliations
Mailing list subscription
60+ people
Interest in MyProject
70+ people
Slide 5

6. 23/07/2019
Time Plan
First call for contributions was distributed on October 6, 2011
Following topics are expected to be finalized by the end of March, 2012 meeting
Radio Regulations (with indication of candidate frequency bands)
Use cases
General requirements
Channel model
Following topics are expected to be finalized by the end of June/July, 2012 meeting
Selection of frequency bands
Selection of topology
Selection of multiple access method and modulation
Slide 6

7. Plan for this Meeting We will try to finalize Procedure
23/07/2019
Plan for this Meeting
We will try to finalize
Radio Regulations (with indication of candidate frequency bands)
Use cases
General requirements
Channel model
Procedure
Current status and new contributions
Merging
Merged proposal or/and status
Slide 7

8. Summary of Contributions
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Summary of Contributions
Radio regulations
Individual
, Regulatory and propagation conditions in the TVWS, V. Berg and D. Noguet
, White Space Regulatory Domains, T. Baykas et al
, ACLR issues with OFDM for TVWS operation, V. Berg and D. Noguet
, White Space Regulatory Domains and Protection Strategies for Devices, X. Zhang et al
Merged
Slide 8

9. Summary of Contributions
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Summary of Contributions
Use cases
Individual
, A broadcaster’s view: use cases/requirements, A. Murphy and S. Thilakawardana
, Potential Use Cases For TVWS, R. MacKenzie and M. Fitch
, Underwater Usage Model, Z. Feng, J. Xue, Q. Zhang
, Use Cases, Y. Demessie, H. Harada
, Nomadic Broadband Access, J. Xue
, Femto-Cell Use Case, H. Bogucka, A. Kliks, O. Holland, F. Bader
Merged
, Merged Use Cases, J. Wang et al
Slide 9

10. Summary of Contributions
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Summary of Contributions
General requirements
Individual
, A broadcaster’s view: use cases/requirements, A. Murphy and S. Thilakawardana
, ACLR issues with OFDM for TVWS operation, V. Berg and D. Noguet
, FBMC and GMC capabilities for TV White Space and Cognitive Radio, F. Bader, M. Shaat, A. Kliks, H. Bogucka, O. Holland
, Spectrum shaping algorithms for cognitive radio, P. Kryszkiewicz, H. Bogucka, A. Kliks, O. Holland, F. Bader
, Signal adaptation and dynamic spectrum masks used for cognitive radio, A. Kliks, H. Bogucka, O. Holland, F. Bader
, Preliminary scenario and requirement analysis, D. Noguet and V. Berg
, General System Requirements, J. Wang et al
Merged
Slide 10

11. Summary of Contributions
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Summary of Contributions
Channel model
Individual
, Regulatory and propagation conditions in the TVWS, V. Berg and D. Noguet
, Medium to Long Range Applications, L. Lu, M. Oodo, H. Harada
, Broadband Indoor TVWS Channel Measurement and Characterization at 670 MHz, M. Zhou, C. Song, H. Harada
Merged
Slide 11