User Manual

• 1 Overview
• 2 Basic Usage
• 3 Environment Description
  • Description of the propagation environment
  • Modifying the segment nature
  • Geographical Information and the Earth Zone class : Ezone
  • Outdoor Coverage Knife-Edge Model
• 4 Materials and Slabs
  • Slabs and Materials
• 5 Description of Antennas
  • Description of antennas
  • Scalar Spherical Harmonics
  • Vector Spherical Harmonics Representation of Antennas
  • Evaluation of Vector Spherical Harmonics Coefficients
• 6 Coverage Simulation
  • Indoor Coverage with the PyLayers Multi Wall model
  • Example of Utilisation of Coverage
  • Multi-wall model
  • Coverage class
  • Motley Keenan Method Applied on TC1 METIS environment
• 7 Ray Tracing Simulation
  • Ray Signatures
  • The transmission channel
  • Sorting and Cutting
  • Ray visuzalization
• 8 Handling Agent Mobility
  • Network Simulation Configuration
  • Trajectory and Network simulation
  • Handling Body Description and Mobility
  • Table Of Content
  • Motivation for creating a specific tool
  • Prerequisite Installations
  • Using Pylayers Ray-tracing with CorSer data
• 9 Other Simulation Examples
  • TC1 METIS Scenario
  • Test Case 1: Virtual reality office
  • Deployment considerations
  • Scenario of TC 1
  • Propagation model (Environment and Link Topology)
  • Material Validation
  • Path Gain Simulation
  • Saving the Grid File
  • Simulation
  • Reading TC1_METIS layout
  • Vizualisation of the Layout
  • Displaying Subsegments of the Layout
  • Building associated graphs
  • Defining AP and UEs
  • Plotting the LOS
  • Multi-wall Model: Motley Kennan Model
  • Antenna Description
• 10 Localization Algorithms
• 11 Measurements Tools
• 12 PyLayers Tools
  • Handling time and frequency domain signals : Bsignal Class
  • Modelisation of the Thermal Noise