High density DECT system simulation performance

Author

McCann, S. ; Croft, A.P.

Author_Institution

Roke Manor Res. Ltd., Romsey, UK

fYear

1990

fDate

33204

Firstpage

42614

Lastpage

42617

Abstract

The Digital European Cordless Telecommunications system DECT is currently being defined as the future standard for cordless telephony and higher bit rate cordless non-voice services in Europe. DECT will use a dynamic channel allocation (DCA) procedure which causes independent links to interact so that they must be viewed as a system. Roke Manor Research have constructed a computer model of the DECT system, based upon the current outline specifications, as part of its work to support the DECT standardisation process. The authors describe the use of the computer model to investigate the comparative effect of different levels of adjacent channel rejection (ACR) on the overall grade of service (GoS) and shows that the effect of any given value of ACR can be modelled as a reduction in the capacity of the system

Keywords

cordless telephone systems; digital simulation; radiotelephony; standardisation; telecommunication traffic; telecommunications computing; DECT system simulation performance; Digital European Cordless Telecommunications system; Roke Manor Research; adjacent channel rejection; cordless telephony; grade of service; traffic density;

fLanguage

English

Publisher

iet

Conference_Titel

CT2/CAI and DECT Cordless Telecommunications, IEE Colloquium on

Conference_Location

London

Type

conf

Filename

191321