By Topic
This course âBroadcast Spectrum Managementâ presents mainly Radio Frequencies (RF) used for broadcasting services as per ITU Radio Regulations and change of use of the radio frequencies from analog to digital terrestrial television broadcasting in the Very High Frequency (VHF) band III (174-230MHz and Ultra High Frequency (UHF) bands IV&V (470-862MHz) that was done by the Regional Radiocommunications Conference (RRC) for Broadcasting Areas in Region 1 held in Geneva in 2006.
Digital Broadcasting Regulation course gives an in-depth understanding of the policy, legal and regulatory issues and trends affecting broadcasting and digital media in the converged, globalized communications/ICT environment of today. The objectives of the training course are to: ⢠Understand different digital broadcasting technologies.
This course covers the core functions of spectrum management and spectrum engineering techniques and is mainly targeted towards the staff of National Spectrum Management agencies. This course covers the core functions of spectrum engineering, including emerging radiocommunication technologies, spectrum efficiency and coordination procedure.
The SMTP is designed for individuals within ICT and telecommunications sectors who wish to enhance their knowledge and competence in the area of spectrum management. This includes engineers and managers working in telecommunications regulatory authorities, ICT service providers and other ICT stakeholders. Policy makers in ministries and government departments responsible for ICTs will also benefit from this programme.
This course demonstrates well economics of Radio Frequency (RF) spectrum as a resource by presenting contributions of the RF spectrum to economy of a country through auctions. The course also demonstrates well how the economic/market value of the Digital Dividend 1 (790-862MHz) and Digital Dividend 2 (694-790MHz) can be calculated by Market Transaction Multiples Valuation Models and Discounted Cash Flow (DCF) Analysis Models.
This course covers the core functions of spectrum management and spectrum management and technology application and is mainly targeted towards the staff of National Spectrum Management agencies. This course covers the core functions of spectrum management and technology application including 5G spectrum management, IOT implementation, Spectrum management for railway radiocommunication and so on.
This course demonstrates well economics of Radio Frequency (RF) spectrum as a resource by presenting contributions of the RF spectrum to economy of a country through auctions. The course also demonstrates well how the economic/market value of the Digital Dividend 1 (790-862MHz) and Digital Dividend II (694-790MHz) can be calculated by Market Transaction Multiples Valuation Models and Discounted Cash Flow (DCF) Analysis Models.
This module will set the stage and context for the rest of the SMTP Advanced part, focusing on the economics of spectrum management. The aim of this module is to introduce students to the main economic principles and market-based mechanisms of spectrum management. It presents and analyzes available market tools for economic efficiency in the use of spectrum, such as auctions and spectrum pricing.
El objetivo de este módulo es proporcionar a los participantes las fundaciones de ingeniería del espectro para poder realizar cálculos de enlaces presupuestarios, análisis de interferencias y proporcionar una comprensión del modelado de propagación 3D para la planificación de frecuencias de los servicios de radiocomunicaciones. Esto está destinado a apoyar la gestión moderna del espectro.El módulo incluye:
The mobile industry is preparing to embark on the transition to fifth generation (5G) technology, which will build on the achievements of 4G while also creating new opportunities for innovation. 5G will usher in a new era that will see connectivity become increasingly fluid and flexible. This four-week course covers the key aspects of 5G technology and examines the role governments and regulators can play in helping unlock the benefits of future 5G services for their citizens. Course Objectives: - Learn about the underlying technologies and concepts associated with 5G.