Dynamic Spectrum Management: Social Behavior for Radio Systems

B.A. Witvliet; M.J. Bentum; R. Schiphorst; C.H. Slump

Dynamic Spectrum Management: Social Behavior for Radio Systems

B.A. Witvliet, M.J. Bentum, R. Schiphorst, C.H. Slump

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Abstract

Traditional frequency management divides the available frequency spectrum in small slices and assigns those slices to one or two homogeneous user groups [1]. Prior to this, compatibility studies are performed to avoid interference. The results of these studies are reflected in spectrum regulation and equipment standardization. This process is bureaucratic and time-consuming. Reallocating spectrum proves to be even more difficult [2]. As the compatibility studies have to consider peak use and peak propagation (maximum interference), the average spectrum use is low.

Original language	English
Number of pages	1
Publication status	Published - 18 Jun 2012
Event	ICT: The Innovation Highway 2012 - University of Twente, Enschede, Netherlands Duration: 18 Jun 2012 → 18 Jun 2012

Conference

Conference	ICT
Country/Territory	Netherlands
City	Enschede
Period	18/06/12 → 18/06/12

Keywords

EWI-22984
IR-83637
METIS-296442

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title = "Dynamic Spectrum Management: Social Behavior for Radio Systems",

abstract = "Traditional frequency management divides the available frequency spectrum in small slices and assigns those slices to one or two homogeneous user groups [1]. Prior to this, compatibility studies are performed to avoid interference. The results of these studies are reflected in spectrum regulation and equipment standardization. This process is bureaucratic and time-consuming. Reallocating spectrum proves to be even more difficult [2]. As the compatibility studies have to consider peak use and peak propagation (maximum interference), the average spectrum use is low.",

keywords = "EWI-22984, IR-83637, METIS-296442",

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T2 - ICT

AU - Witvliet, B.A.

AU - Bentum, M.J.

AU - Schiphorst, R.

AU - Slump, C.H.

PY - 2012/6/18

Y1 - 2012/6/18

N2 - Traditional frequency management divides the available frequency spectrum in small slices and assigns those slices to one or two homogeneous user groups [1]. Prior to this, compatibility studies are performed to avoid interference. The results of these studies are reflected in spectrum regulation and equipment standardization. This process is bureaucratic and time-consuming. Reallocating spectrum proves to be even more difficult [2]. As the compatibility studies have to consider peak use and peak propagation (maximum interference), the average spectrum use is low.

AB - Traditional frequency management divides the available frequency spectrum in small slices and assigns those slices to one or two homogeneous user groups [1]. Prior to this, compatibility studies are performed to avoid interference. The results of these studies are reflected in spectrum regulation and equipment standardization. This process is bureaucratic and time-consuming. Reallocating spectrum proves to be even more difficult [2]. As the compatibility studies have to consider peak use and peak propagation (maximum interference), the average spectrum use is low.

KW - EWI-22984

KW - IR-83637

KW - METIS-296442

M3 - Abstract

Y2 - 18 June 2012 through 18 June 2012

ER -

Dynamic Spectrum Management: Social Behavior for Radio Systems

Abstract

Conference

Keywords

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