Thursday
29Nov1990

Indoor Simulation II

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  • Figure 1. Floor plan with transmitter and receiver locations.
    Figure 1
    Floor plan with transmitter and receiver locations.
  • Figure 2. 2D view of the floor plans
    Figure 2
    2D view of the floor plans
  • Figure 3. Wireless InSite floor plans with transmitter (green) and receivers (red) locations.
    Figure 3
    Wireless InSite floor plans with transmitter (green) and receivers (red) locations.
  • Figure 4.
    Figure 4
  • Figure 5. Receiver routes and point locations.
    Figure 5
    Receiver routes and point locations.
  • Figure 6. Comparison of Wireless InSite predictions and measurements along route 1
    Figure 6
    Comparison of Wireless InSite predictions and measurements along route 1
  • Figure 7. Comparison of Wireless InSite predictions and measurements along route 2
    Figure 7
    Comparison of Wireless InSite predictions and measurements along route 2
  • Figure 8. Comparison of Wireless InSite predictions and measurements along route 3.
    Figure 8. Comparison of Wireless InSite predictions and measurements along route 3.
  • Figure 9. Comparison of Wireless InSite predictions and measurements along route 4.
    Figure 9
    Comparison of Wireless InSite predictions and measurements along route 4.
  • Figure 10. Received Power in dBm near receiver routes in Figure 3
    Figure 10
    Received Power in dBm near receiver routes in Figure 4
  • Figure 11. Received power on grids around Rx points 24, 25 and 26
    Figure 11
    Received power on grids around Rx points 24, 25 and 26
  • Figure 12. Ray paths to receiver point 25
    Figure 12
    Ray paths to receiver point 25

Wireless InSite is capable of making site-specific predictions for a variety of indoor geometries. InSite's floor plan editor allows the user to create a custom indoor environment by specifying wall locations, wall heights, ceilings, floors, windows, and doorways. The material properties of each of these features can be changed to accurately reflect those in real life. Simulation of signal propagation within indoor environments is carried out using InSite's Full 3-D model which includes effects of diffraction, reflections, and transmissions through walls.

The following example utilizes InSite's indoor modeling abilities to reproduce signal strength measurements published in

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