Time Dispersion Estimation for Mobile Radio Network Planning

In radio network planning, the goal is to specify optimalbase station locations, service areas, antenna patterns and handoverstrategies for a given mobile radio system. The system performanceis fixed and the radio channel is subject to optimisation.Network planning requires channel characteristics t...

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Main Authors: Vlatko Lipovac, Antun Sertić, Miroslav Milkula
Format: Article
Language:English
Published: University of Zagreb, Faculty of Transport and Traffic Sciences 2012-10-01
Series:Promet (Zagreb)
Online Access:http://www.fpz.unizg.hr/traffic/index.php/PROMTT/article/view/764
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spelling doaj-7a644d28264442e39b10800d2b3e14c92020-11-24T21:33:18ZengUniversity of Zagreb, Faculty of Transport and Traffic SciencesPromet (Zagreb)0353-53201848-40692012-10-0110417518110.7307/ptt.v10i4.764621Time Dispersion Estimation for Mobile Radio Network PlanningVlatko LipovacAntun SertićMiroslav MilkulaIn radio network planning, the goal is to specify optimalbase station locations, service areas, antenna patterns and handoverstrategies for a given mobile radio system. The system performanceis fixed and the radio channel is subject to optimisation.Network planning requires channel characteristics thatprovide information about the expected sendee quality, especiallythe outage probability. The channel description must onlyperform as a qualitative measure of an actual receiving area.Power delay profiles are a convenient and very common descriptionof channel time dispersion, which can be easily physicallyunderstood as footprints of individual reflected or scatteredpaths, and provide a capability to a network planning engineerto discover areas of heavy time dispersion and importantscattering regions on the terrain. This in turn enables better assessmentof base station sites, antenna pattern selection, sen,iceregion (cell) shaping (handover criteria) and solving networkproblems.Time dispersion is mostly found to be the cause of poor coverageby excluding other possible causes. In cases where fieldstrength coverage does not overlap and base station sites cannotbe moved, shaping antenna directivity will be the only way toeliminate excessive time dispersion.http://www.fpz.unizg.hr/traffic/index.php/PROMTT/article/view/764
collection DOAJ
language English
format Article
sources DOAJ
author Vlatko Lipovac
Antun Sertić
Miroslav Milkula
spellingShingle Vlatko Lipovac
Antun Sertić
Miroslav Milkula
Time Dispersion Estimation for Mobile Radio Network Planning
Promet (Zagreb)
author_facet Vlatko Lipovac
Antun Sertić
Miroslav Milkula
author_sort Vlatko Lipovac
title Time Dispersion Estimation for Mobile Radio Network Planning
title_short Time Dispersion Estimation for Mobile Radio Network Planning
title_full Time Dispersion Estimation for Mobile Radio Network Planning
title_fullStr Time Dispersion Estimation for Mobile Radio Network Planning
title_full_unstemmed Time Dispersion Estimation for Mobile Radio Network Planning
title_sort time dispersion estimation for mobile radio network planning
publisher University of Zagreb, Faculty of Transport and Traffic Sciences
series Promet (Zagreb)
issn 0353-5320
1848-4069
publishDate 2012-10-01
description In radio network planning, the goal is to specify optimalbase station locations, service areas, antenna patterns and handoverstrategies for a given mobile radio system. The system performanceis fixed and the radio channel is subject to optimisation.Network planning requires channel characteristics thatprovide information about the expected sendee quality, especiallythe outage probability. The channel description must onlyperform as a qualitative measure of an actual receiving area.Power delay profiles are a convenient and very common descriptionof channel time dispersion, which can be easily physicallyunderstood as footprints of individual reflected or scatteredpaths, and provide a capability to a network planning engineerto discover areas of heavy time dispersion and importantscattering regions on the terrain. This in turn enables better assessmentof base station sites, antenna pattern selection, sen,iceregion (cell) shaping (handover criteria) and solving networkproblems.Time dispersion is mostly found to be the cause of poor coverageby excluding other possible causes. In cases where fieldstrength coverage does not overlap and base station sites cannotbe moved, shaping antenna directivity will be the only way toeliminate excessive time dispersion.
url http://www.fpz.unizg.hr/traffic/index.php/PROMTT/article/view/764
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