Spectrum Management and Monitoring Workshop
Spectrum Management and Monitoring Workshop is a 2-day interactive workshop. In the Spectrum Management and Monitoring Workshop course, you will get to know the basics of spectrum management and spectrum monitoring requirements. You’ll discover the requirements for spectrum management, spectrum usage and occupancy, interference hunting, license monitoring, how spectrum allocations are distributed and used and the requirements and needs to re-allocate spectrum to specific functions and capabilities.
Who Should Attend
This workshop is designed for anyone who wants to gain advanced knowledge of how to use an effective and systematic approach to manage and monitor spectrum, from engineers, analysts, to program and project managers, and more.
How You Will Benefit
- Learn basics of spectrum management and spectrum monitoring
- Explain spectrum management and spectrum monitoring requirements
- Discover requirements for spectrum management, spectrum usage and occupancy, interference hunting, license monitoring, and spectrum monitoring
- Learn how spectrum allocations are distributed and used
- Describe requirements and needs to re-allocate spectrum to specific functions and capabilities
- Discover confronting current and future spectrum monitoring challenges
Course Agenda
INTRODUCTION TO SPECTRUM MANAGEMENT AND MONITORING
- The RF Spectrum
- Spectrum Management
- Spectrum Plans
- Structure of the Global and National Spectrum Plans
- Standardized Definitions of Terms and Services
- Licensing Requirements
- Electronic Communications Services
- Classification of Radio Frequency Spectrum
- Key Statistical Highlights
THE FRAMEWORK FOR SPECTRUM MANAGEMENT AND MONITORING
- Key frameworks and models
- Frequency spectrum utilization
- Spectrum planning
- Radio spectrum management and monitoring strategies
SPECTRUM MONITORING
- Congestion of RF spectrum
- Unintended Interference/degradation
- Jamming and intentional interference
- RF Challenges
- Traditional monitoring approaches
- Current and Future Monitoring Challenges
- Tools and Methods to Monitor Spectrum Usage in Real Time
- Confronting Current and Future Spectrum Challenges
SPECTRUM MODELING AND SIMULATION
- Propagation Modeling
- Model the Propagation of Radio Frequencies from 10 kHz to 20 GHz
- TIREM 3.15
- Longley-Rice 1.22
- COST 231 Extended Okumura-Hata
- Undisturbed Field/Mobile-to-Mobile, Low Frequency/Medium Frequency (LF/MF)
- ICEWave
- ITURHFProp
- Model the Propagation of Radio Frequencies from 20 GHz to 100 GHz
- mmWave Measurements
- Distributed and Automated Monitoring
- Low-cost Sensors
- Standardized Interfaces
- Open-Source Software
- Automated Provisioning, Deployment, and Maintenance
- Data Analytics
- Artificial Intelligence and Machine Learning
- Spectrum Characterization and Occupancy Sensing (SCOS) System
CONTROL, MONITORING AND COMPLIANCE ENFORCEMENT
- Interference
- License Conditions
- Spectrum Monitoring and Policy Enforcement
- Inspections and Investigations
- Equipment Seizure and other Enforcement Actions
- Tools and Techniques
MANAGING SPECTRUM MONITORING PROGRAMS AND PROJECTS
- Modern Spectrum Monitoring Paradigm
- Critical Spectrum Monitoring Challenges
- Interference Hunting
- Spectrum Usage and Occupancy
- Interference Analysis and Mitigation
- Spectrum Occupancy
- License Monitoring
- Military Spectrum Management and Monitoring
- Spectrum Sharing Innovation
- Test and Evaluation