Radio frequency bandwidth has become a basic resource for the development of the information society. In fact, radio bandwidth is the necessary medium for carrying the communications to customers and a truly worldwide network is dependent on it. Given the market demands for more and more frequencies, means have to be found to share this limited resource most effectively and to continuously improve its efficiency. Radio spectrum management is thus a major demand of the modern world.

Code: NES_SK_331

Duration: 30 Hrs / 15 Days Customized

Mode: Online / Offline / Onsite

+91-8826900551

• Waves
• Propagation
• Directivity
• Link evaluation
• Modulation and bandwidth
• Bandwidth and noise
• C/N (or C/I) and S/Nm
• Multiplex, multiple access
• A balance between carrier power, noise and interferences

• Regions and countries
• Radio implementation in the field
• Propagation on the Earth
• Space, orbits, satellite systems
• Terrestrial network coverage
• Coverage strategies
• Radio site protection

• Radio frequencies: common goods
• Regulatory services for spectrum sharing by the ITU (allocation frequency tables)
• The role of states in sharing the spectrum
• How to plan new applications and compatible services
• Regulation, harmonization, planning
• Is the spectrum resource scarce?
• Spectrum sharing: a summary

• The fixed service
• Mobile services
• Broadcasting
• Satellite services
• Geo and non-geo systems
• Some other regulatory services

• A family snapshot
• Enthusiastic telecommunications
• Hesitant broadcasters
• The promises of radiolocation
• Limits of the spectrum planning efficiency

• Frequency allocation tables
Plans Coordination Technical limits

• Contracting parties
Common bands and assignments Exclusive bands: preferential sub-bands Assignment procedures External requirements: site constraints Satellite systems

• Spectrum monitoring technical tools
HF band monitoring Metric and decimetric band monitoring Microwave monitoring Satellite monitoring Mobile monitoring stations Airborne monitoring means
Radio station inspections: major events Claim for interference: legal prosecutions “Radio landscape”

• Spread spectrum technologies
OFDM and MIMO Ultra wideband Dynamic spectrum access technologies Software-defined radio Cognitive radio Intersystem control Mesh networks

• Radio Regulations
• The vocabulary of radio communications
Table of frequency allocations Procedures Interferences Administrative provisions and provisions relating to services and networks Safety: maritime and aeronautical services
• Assemblies and conferences
• Themes of recent interest
• Short-term prospects for action

• The European Conference of Postal and Telecommunications Administrations (CEPT)
• European Union
• Other regional structures

• The USA
• The UK
• France
• Germany
• Italy
• Asia-Pacific
• Is there an ideal structure for spectrum regulation?
• Is a European regulator for the spectrum needed?

• Convergence
  • Mobile – broadcasting convergence
  • Fixed – mobile convergence
  • Wireless access platforms for electronic communication services (WAPECS)
  • Spectrum management issues imposed by convergence of radio services
• Collective use
• Types of spectrum collective uses
• Protection against interference
• Collective spectrum in Europe: the present situation
• Challenges
• Impact of an extension of unlicensed bands on spectrum planning
• An example of introducing collective use in radar frequency bands

• Definitions: four dimensions of spectrum management
• Frequency allocation to services: spectrum harmonization or neutrality?
• Technology: standardization or neutrality?
• Usage rights definition
• Assignment modes of spectrum usage rights
• Choosing a spectrum management regime
• Deciding on spectrum management regimes: a four-step process
• Navigating the nine spectrum management regimes: migrations and transitions