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High Frequency Electromagnetics
Radio Coverage Solution
This example considers the application of analyzing a Wi-Fi router in a building.
Adding a Prediction Plane
Define a prediction plane where the results are to be predicted when running the WinProp Solver.

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  See the lists SimLab examples using the Flux and Mipse solvers, with all available documents, *.slb databases and all script files.
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- High Frequency Electromagnetics
  - Radio Coverage Solution
    This example considers the application of analyzing a Wi-Fi router in a building.
    - Example Overview
      This example shows how to define and set up a radio coverage solution in Altair SimLab. The model is a single-storey building with doors and windows, solved using the Dominant Path model (DPM). The model is solved and the results are displayed.
    - Topics Discussed in this Example
    - Example Prerequisites
      Before starting this example, ensure that the system satisfies the minimum requirements.
    - Launching and Configuring SimLab
      Open SimLab and configure SimLab to only show the tools relevant to the selected solution.
    - Navigating the Graphics Window
      The graphics window is used to display and interact with the model. You can zoom, rotate and pan a 3D model using the keyboard, mouse, or a combination of both.
    - Defining the Sketch Plane
      Set up the XY plane as the sketch plane. The floor plan will be drawn on this plane.
    - Setting the Model Units
      Change the model units to meters, kilograms, and seconds.
    - Creating the Building Geometry
      Use 2D sketches to define the building floor plan, doors, and windows. The sketches are realized as single sheet bodies to create the building geometry.
    - Adding Material Properties
      To add material properties to the ceiling, doors, floor, windows and walls, the materials first need to be loaded from the Material Database. A property can be defined and assigned when the material is loaded into the model.
    - Hiding Selected Objects in the Graphics Window
      To make placing the antenna in an upcoming topic easier, hide the ceiling for now.
    - Defining a Radio Coverage Solution in SimLab
      Create a radio coverage solution for the model (bodies).
    - Adding an Antenna
      Add a Wi-Fi antenna to the model.
    - Adding a Prediction Plane
      Define a prediction plane where the results are to be predicted when running the WinProp Solver.
    - Specifying the Propagation Model - DPM
      Select the Dominant Path Model (DPM) as the computation method.
    - Defining the Result Requests
      Specify the predictions to be computed.
    - Solving the Model
      Compute the propagation for the antenna to obtain the prediction results.
SimLab Overview
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Adding a Prediction Plane

Define a prediction plane where the results are to be predicted when running the WinProp Solver.

Note: A prediction plane (in XY plane) at a height of 1.5 m is created by default.

On the Analysis tab, in the Requests group, click the Prediction icon.
In the Mode drop-down list, select Global rectangular area.
In the Resolution field, specify a resolution (grid) of 0.5 m.
Under Corner Points, specify the X and Y coordinates of the prediction plane.
In the Height(s) field, specify a height of 1.5 m.
Click OK to close the Prediction dialog.