Navigation
Introduction
Getting started
General concept
Imaging application
Radiotherapy and dosimetry applications
Thermal therapy application
Parallel computing
GateTools
vGate (virtual Gate)
GATE using Docker
Related Topics
Documentation overview
Next:
Introduction
Quick search
Welcome to GATE’s documentation!
¶
Introduction
Authors
Forewords
Overview
The GATE mailing list
The GATE project on GitHub
GateRT
Getting started
1. Installation Guide V9.4
2. Compiling GATE V9.4
3. Validating Installation
4. Enabling LUT Davis Model
5. Tutoriels
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 (MOVED TO GENERAL DIGITIZER SINCE GATE 9.3)
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 9.2 on docker
Example to run GATE with Docker on your computer (unix-system):
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
Search Page
Introduction
→