• Corpus ID: 6558769

An open-source radio coverage prediction tool

  title={An open-source radio coverage prediction tool},
  author={Andrej Hrovat and Igor Ozimek and Andrej Vilhar and Tine Celcer and Iztok Saje and Toma{\vz} Javornik},
  booktitle={ICC 2010},
The cellular concept applied in mobile communication systems enables significant increase of overall system capacity, but requires careful radio network planning and dimensioning. [...] Key Method We developed GRASS modules for radio coverage prediction for a number of different radio channel models, with antenna radiation patterns given in the standard MSI format. The results are stored in a data base (e.g. MySQL, PostgreSQL) for further processing and in a simplified form as a bit-map file for displaying in…Expand
Radio coverage calculations of terrestrial wireless networks using an open-source GRASS system
GRASS modules calculating radio coverage prediction for a number of different radio channel models were developed which, together with module considering antenna radiation pattern influence, compute radio signal coverage for a defined cell.
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Implementation of the r . cuda . los module in the open source GRASS GIS by using parallel computation on the NVIDIA CUDA graphic cards
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Radiation of a Vertical Dipole over Flat and Lossy Ground using the Spectral Domain Approach: Comparison of Stationary Phase Method Analytical Solution with Numerical Integration Results
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Radiation of a Vertical Dipole Antenna over Flat and Lossy Ground: Accurate Electromagnetic Field Calculation using the Spectral Domain Approach along with Redefined Integral Representations and corresponding Novel Analytical Solution
In this paper we examine the problem of radiation from a vertical short (Hertzian) dipole above flat lossy ground, known in the literature as the ‘Sommerfeld radiation problem’. Our formulation is in
The Radiation Problem from a Vertical Short Dipole Antenna above Flat and Lossy Ground: Novel Formulation in the Spectral Domain with Closed - Form Analytical Solution in the High Frequency Regime
We consider the problem of radiation from a vertical short (Hertzian) dipole above flat lossy ground, which represents the well-known “Sommerfeld radiation problem” in the literature. The problem is


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  • Computer Science
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  • 1980
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  • 1977
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