Satellite technology has an important role in driving the growth momentum behind the Internet of Things (IoT) and unlocking the promise of connected devices worldwide. Satellites serves as a key enabler for IoT applications across industries and across geographical borders.
In this capacity building activity we will cover technologies of GEO (geostationary) satellites in C-, Ku- and Ka-band, new LEO (low earth orbit) or HEO (highly elliptical orbit) constellations, as well as the new developments in nanosatellites.
Describir los aspectos generales de los sistemas de IoT. Conocer los sistemas IoT embebidos y la generación de grandes volúmenes de datos. Identificar oportunidades para capitalizar el análisis predictivo de datos.
Description: Smart and sustainable cities to support the Sustainable Development Goals is a priority agenda for governments. This course aims to introduce participants to the concept and pillars of Internet of Things taking into account the work of ITU in the areas of Smart Sustainable City. Participants will be introduced to concepts, goals and frameworks of key aspects, KPIs of IoT based on different IoT solutions, and use cases for smart sustainable city.
5G technologies address a variety of applications in many fields, but those related with IoT are of particular interest given the great number of devices that are being connected.There is no doubt that 5G will play a pivotal role, both in massive and in critical applications. This capacity building course aims to provide the audience with an understanding of the 5G aspects relevant to IoT. Participants will be exposed to the general aspects of wireless networking with the particular requirements of machine type communications and will then dive into specifics of LTE-M and NB-IoT.
Smart devices are designed to connect to the network to help provide vital and real-time data to improve the quality of life. This course aims to introduce participants of the role of automation and digitization using IoT advanced applications for digital transformation is enabling the development of smart city and Industry 4.0. This training will provide a good foundation for participants to understand the relationship between IoT technology, Industry 4.0 and digital transformation.
This 2-day training course presents an overview of current state-of-art advances in how Data Science, Machine Learning and Artificial Neural Networks are tacking Big Data and promoting high-level innovations in the areas of Life Sciences (Bioinformatics); Big Data Analytics; weather, climate; oceanography and natural resource management.
This training course is for managers, engineers, regulators, policy makers and government agencies who want to understand the impact as well as current and future trends.
This course focuses on specific topics important for ethical use of Data Science within national initiatives and frameworks. Topics to be covered include: â Introduction to Data Science, Open Science, Open Data and Open Access â Basic introduction to tools for Data Science Analytics. â Data Science: Machine Learning and Artificial Neural Networks, â Use of High Throughput Computing (HTC) and Cloud Computing platforms for Data Science. The activity includes practical sessions with examples that also cover ethical use scenarios of Data Science as a vehicle for national development.
This course will focus on Future Broadband Internet, Cloud Computing and Internet of Things, including technologies, regulation and business aspects. It will cover Internet technologies, including IPv6, migration from IPv4 to IPv6, DNS, DHCP, Internet networking, HTTP 2.0, IP interconnection, IP QoS, cybersecurity, as well as Internet governance. Also, the course will include MPLS/IP transport, VPNs, Carrier Ethernet, as well as future gigabit copper, fiber optic, submarine cable, and satellite broadband access.