DocumentCode
141313
Title
IEEE 1900.5 enabled whitespace database architecture evolution
Author
Stine, John A. ; Swain-Walsh, Darcy ; Sherman, Michael
Author_Institution
MITRE Corp., McLean, VA, USA
fYear
2014
fDate
1-4 April 2014
Firstpage
103
Lastpage
112
Abstract
Increased demand for electromagnetic spectrum (licensed and unlicensed) has spurred the development of sharing techniques based on databases and the development of FCC rules requiring them for TV Whitespace bands. These concepts are also being considered for other sharing scenarios. Many standards groups have already begun standardizing solutions for TV Whitespace, including the IEEE, the IETF and ETSI. As these techniques are just starting to be deployed it is anticipated that there will be “lessons learned” which could prompt modifications to spectrum sharing requirements after initial deployment. The IEEE 1900.5 WG is developing a series of standards that will allow increased spectral flexibility when coupled with the sharing solutions being developed by other standards groups. This flexibility will allow new sharing requirements to be addressed as they emerge - even in deployed systems. This paper relates the policy-based control architectures in the IEEE 1900.5-2011 standard to proposed database sharing architectures, and goes on to describe the applicability of two IEEE 1900.5 standards which are currently under development-P1900.5.1 Draft Standard Policy Language for Dynamic Spectrum Access Systems and P1900.5.2 Standard Method for Modeling Spectrum Consumption - to requirements for database enabled spectrum sharing.
Keywords
IEEE standards; radio spectrum management; television; ETSI; FCC rules; IEEE 1900.5 WG; IEEE 1900.5 enabled whitespace database architecture evolution; IEEE 1900.5 standards; IEEE 1900.5-2011 standard; IETF; P1900.5.2 standard method; TV whitespace bands; database sharing architectures; dynamic spectrum access systems; electromagnetic spectrum; sharing techniques; spectrum consumption modeling; spectrum sharing; Cognition; Computer architecture; Databases; Geology; Protocols; Radio spectrum management; Standards; IEEE 1900.5; cognitive radio; dynamic spectrum access; spectrum consumption model; spectrum management; spectrum sharing; white space database;
fLanguage
English
Publisher
ieee
Conference_Titel
Dynamic Spectrum Access Networks (DYSPAN), 2014 IEEE International Symposium on
Conference_Location
McLean, VA
Type
conf
DOI
10.1109/DySPAN.2014.6817784
Filename
6817784
Link To Document