This course will focus on Wireless and Mobile Ultra Broadband Internet ? LTE-A Pro, WLAN and 5G NR, from technology, regulation and business aspects. It will cover mobile broadband technologies, including mobile and Internet convergence, ITU?s role in mobile broadband Internet, 4G LTE, LTE-A (4.5G), LTE-A Pro (4.9G), mobile Internet of Things (IoT) architectures, QoS in 4G/4.5G/4.9G mobile networks, ITU spectrum management, as well as business and regulation aspects of mobile broadband.
This course will focus on technical, business and regulatory aspects of QoS for Fixed and Mobile Networks. It includes QoS (Quality of Service) and QoE (Quality of Experience) fundamentals by ITU, as well as traffic and QoS management in Internet and IP networks. Further, it includes QoS for fixed ultra-broadband access, including QoS solutions in metallic and optical networks, carrier grade Ethernet QoS, as well as end-to-end QoS. The course also covers QoS for mobile ultra-broadband access, including 4G and 5G mobile technologies and their QoS capabilities and approaches.
Course will cover metrics for wireless broadband systems
This training aims to introduce participants to modern methods of telecommunication network designing and the principles of itâs automation. It is focused on the aspects of broadband networks designing. Automated selection of the most appropriate solutions to build network using the BroadbandCalculator.online tool is considered. The training will allow participants to contribute personally to the implementation and development of telecommunication networks in future.
Le cours a pour but le renforcement des compétences en matière de régulation de la large bande à partir de la régulation comparée en Europe et en Afrique de cette activité sous plusieurs angles : réglementation, contrats publics et privés, droit de la concurrence et investissements publics.
This course will focus on technical, business and regulatory aspects of the 5G mobile networks. It include will 4G mobile technology transition toward the 5G, considering the access and core networks as well as end-user services. Mobile broadband Internet after 4G will continue with the next generation, 5G, so the course will cover also IPv6 and its impact on 5G mobile networks. Further, it will include M2M (Machine-to-Machine) and mobile Internet of Things (IoT) services are foreseen types in future 5G mobile environments, as well as mobile cloud computing implementations.
Cette formation couvrira les sujets suivants:
- méthodes modernes de codage du signal;
- algorithmes de codage de canal modernes;
- traitement des signaux quasi-optimaux;
- méthodes de synchronisation dans les systèmes de communication sans fil;
- technologies pour assurer une bonne efficacité spectrale;
- efficacité des systèmes de communication sans fil;
- aperçu cellulaire 1G à 4G;
- évolution 5G et LTE;
- métriques QoS large bande;
- exigences de qualité de service pour différents services de radiocommunications ;
This training aims to introduce participants to broadband access technologies, in particular with the experience of modern wired and wireless broadband access network engineering, as well as new possibilities for the development of wireless broadband access systems, the issues of electromagnetic compatibility when planning new communication networks, broadband network security, 5G and IoT architecture and solutions.
The training will allow participants to personally contribute to the implementation and development of optical broadband access in the future
El objetivo principal de este curso es brindar al estudiante una visión amplia de las Redes Definidas por Software (SDN) en distintos ámbitos de aplicabilidad.
There is general consensus that IoT has enormous potential to deliver great impact on the economy and on society at large. Having a good grasp of the relevant technical aspects is a must for bringing this to fruition. This capacity building course aims to provide the audience with a better technical understanding of wireless solutions for IoT. Participants will be exposed to the general aspects of IoT networks and will then dive into specifics of LPWAN and cellular solutions tailored to IoT like LTE-M and NB-IoT. Practical examples of IoT wireless technologies will be demonstrated.