Detail publikace

Cellular radio network optimization based on the C/I ratio and transmission capacity

Originální název

Cellular radio network optimization based on the C/I ratio and transmission capacity

Anglický název

Cellular radio network optimization based on the C/I ratio and transmission capacity

Jazyk

en

Originální abstrakt

The contribution deals with the cellular radio network optimization. It is based on the realized experiment focused on an optimizing the GSM900 network. Bounded area in a rural region with smooth terrain is considered. Dual-slope, two-ray model is used for radio signal propagation modelling. The assigning of radio cannels to base stations and their emitted radio power are optimized. The main contribution of the work lies in detailed analysis of the criterion of optimization. An interesting solution was created by a study of interference analysis and reduction for wireless systems, usable network capacity and of its overload capacity. Method of genetic algorithms is used for solving this problem. Experiment was made in the Matlab environment.

Anglický abstrakt

The contribution deals with the cellular radio network optimization. It is based on the realized experiment focused on an optimizing the GSM900 network. Bounded area in a rural region with smooth terrain is considered. Dual-slope, two-ray model is used for radio signal propagation modelling. The assigning of radio cannels to base stations and their emitted radio power are optimized. The main contribution of the work lies in detailed analysis of the criterion of optimization. An interesting solution was created by a study of interference analysis and reduction for wireless systems, usable network capacity and of its overload capacity. Method of genetic algorithms is used for solving this problem. Experiment was made in the Matlab environment.

BibTex


@inproceedings{BUT11408,
  author="Luděk {Závodný} and Stanislav {Hanus}",
  title="Cellular radio network optimization based on the C/I ratio and transmission capacity",
  annote="The contribution deals with the cellular radio network optimization. It is based on the realized experiment focused on an optimizing the GSM900 network. Bounded area in a rural region with smooth terrain is considered. Dual-slope, two-ray model is used for radio signal propagation modelling. The assigning of radio cannels to base stations and their emitted radio power are optimized. The main contribution of the work lies in detailed analysis of the criterion of optimization. An interesting solution was created by a study of interference analysis and reduction for wireless systems, usable network capacity and of its overload capacity. Method of genetic algorithms is used for solving this problem. Experiment was made in the Matlab environment.",
  address="UMIST Manchester",
  booktitle="2004 High Frequency Postgraduate Student Colloquium",
  chapter="11408",
  institution="UMIST Manchester",
  year="2004",
  month="september",
  pages="67",
  publisher="UMIST Manchester",
  type="conference paper"
}