Add to ORKGThe 3GPP has definitely standardized the main scenarios that will lead to the specification of requirements for the provisioning of 5G services. According to these scenarios, very high throughput will be requested and the access for several thousands of devices should be guaranteed in the local area [1]. In particular, the throughput provisioning will be 1000 times higher than that requested to provide actual services. Furthermore, latency decrease will be required for real time services (<1ms) as well as to guarantee the access to the IoT devices in the local area. Availability, reliability, robustness will be required to answer to the 5G standardized scenarios. In parallel, the main satellite operators are investing to create global netwo...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
5G communication models, based on ser- vice-based architectures, network function virtual- ization, ...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The next generation of mobile radio communication systems - so called 5G - will provide some major c...
The next generation of mobile radio communication systems—so called 5G—will provide some major chang...
The next generation of mobile radio communication systems—so called 5G—will provide some major chang...
The next generation of mobile radio communication systems—so called 5G—will provide some major chang...
The next generation of mobile radio communication systems – so-called 5G – will provide some major ...
none3siAn unprecedented exploding demand for broadband high-speed, heterogeneous, ultra-reliable, se...
In this paper we review some of the work of the' Satellite Working Group' in the European Technology...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
5G communication models, based on ser- vice-based architectures, network function virtual- ization, ...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The 3GPP has definitely standardized the main scenarios that will lead to the specification of requi...
The next generation of mobile radio communication systems - so called 5G - will provide some major c...
The next generation of mobile radio communication systems—so called 5G—will provide some major chang...
The next generation of mobile radio communication systems—so called 5G—will provide some major chang...
The next generation of mobile radio communication systems—so called 5G—will provide some major chang...
The next generation of mobile radio communication systems – so-called 5G – will provide some major ...
none3siAn unprecedented exploding demand for broadband high-speed, heterogeneous, ultra-reliable, se...
In this paper we review some of the work of the' Satellite Working Group' in the European Technology...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
The 3rd Generation Partnership Program (3GPP) standardization has recognized the relevance of integr...
5G communication models, based on ser- vice-based architectures, network function virtual- ization, ...