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  • Getting started
  • General concept
  • Imaging application
  • Radiotherapy and dosimetry applications
  • Thermal therapy application
  • Parallel computing
  • GateTools
  • vGate (virtual Gate)
  • GATE using Docker

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Welcome to GATE’s documentation!¶

  • Getting started
    • 1. Introduction
    • 2. Installation Guide V9.0
    • 3. Package Requirements
    • 4. Compiling GATE (V9.0)
    • 5. Validating Installation
    • 6. GateRT
    • 7. Enabling LUT Davis Model
  • General concept
    • 1. Getting Started
    • 2. Defining a geometry
    • 3. Materials
    • 4. Setting up the physics
    • 5. Cut and Variance Reduction Technics
    • 6. Source
    • 7. Voxelized source and phantom
    • 8. Tools to Interact with the Simulation : Actors
    • 9. How to run Gate
    • 10. Visualization
  • Imaging application
    • 1. Defining a system
    • 2. Attaching the sensitive detectors
    • 3. Digitizer and readout parameters
    • 4. Data output
    • 5. Generating and tracking optical photons
    • 6. Compton camera imaging simulations: CCMod
    • 7. Third-party reconstruction software
  • Radiotherapy and dosimetry applications
    • 1. Radiotherapy General Concept
    • 2. Beam modelling
  • Thermal therapy application
    • 1. Nanoparticle mediated hyperthermia
  • Parallel computing
    • 1. How to use Gate on a Cluster
    • 2. How to use Gate on a GPU
  • GateTools
  • vGate (virtual Gate)
    • Generalities
    • Miscellaneous
  • GATE using Docker
    • GATE 9.0 on docker
    • Example to install GATE with Docker on Amazon Web Services (AWS) (Amazon Linux machine):
    • Example to install GATE with Docker on Amazon Web Services (AWS) (Ubuntu Linux machine):

Indices and tables¶

  • Index
  • Module Index
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