Spectrum Engineering Advanced & Monte Carlo Analysis
Overview
This course focuses on complex spectrum sharing and compatibility studies and dynamic Monte Carlo analyses. Examples are provided using the SEAMCAT tool. The training is essential for professionals dealing with 5G rollout, satellite communications, spectrum sharing analyses and more generally experts dealing with ITU-R WRC activities.
Course Objectives
- ✓ Run dynamic Monte Carlo simulations
- ✓ Use SEAMCAT software
- ✓ Analyze sharing studies and elaborate technical argumentation
- ✓ Develop technical contributions for international meetings
Short Outline
Syllabus
- Probability Distributions
- Stochastic Processes
- Aggregated Interference
- Monte Carlo Method
Practical/Hands-on Session
Generating random processes with SEAMCAT
Syllabus
- Propagation and ITU-R P-series documents
- Atmospheric Impairments
- Blocking, Selectivity, Intermodulation
- Protection Criteria and Interference Modelling
Practical/Hands-on Session
Propagation calculation and SEAMCAT interface
Syllabus
- Generating Random Parameters
- Modelling Victim and Interferer Systems
- Defining a Case Study Scenario (e.g. IMT vs FSS)
Practical/Hands-on Session
Setting a Monte Carlo interference scenario
Syllabus
- Diving into SEAMCAT interface
- Configuring the Analysis
- Interpretation of SEAMCAT Simulation Output
Practical/Hands-on Session
Running a complete Monte Carlo SEAMCAT Analysis
Syllabus
- Structuring an ITU-R Technical Contribution
- Presenting Results and Drafting conclusions
- Defending the Contribution and Proposing Regulatory Provisions
Practical/Hands-on Session
Final Project: ITU-R contribution on sharing and compatibility analysis
Certification
Upon achievement of a Total score higher than 80%, participants will receive the Certificate: Advanced Professional in Spectrum Engineering.
Includes completion hours and a unique ACO verification reference.