dennielone
2016-05-14, 12:17 PM
Dear Guys,
Pls enjoy it and if you find it helpful for you, pls kindly help to add some reputation to inspire me to keep sharing. Thanks.
link:
http://host.comsoc.org/freetutorial/ni2/ni2.html
SUMMARY 5G includes many ideas and technologies touted as the next big revolution in wireless. Numerous network configuration and deployment options are available such as small cells, eICIC, LTE/WiFi interworking, carrier aggregation, dual connectivity, MIMO as well as CoMP. Other new concepts include C-RAN, D-RAN, mmWave, Massive MIMO as well as ultra-low latency. While many of the concepts mainly affect the complexity of the physical layer and RF, the higher protocol layers including MAC will have to cope with a tremendous range of requirements e.g. throughput, latency and traffic scheduling to optimize capacity.
As learned from the past LTE and WiFi standardization, promising new technologies require testing to ensure that theoretical gains translate into practice. This panel discussion focuses on specific requirements for experimental testbeds in future 5G systems and what use cases and scenarios future prototyping platforms need to cover to be able to assess the practical relevance of new technology components--including hardware / software abstraction of the different network architectures and the need for over-the-air tests and prototyping as well as general scalability.
To separate the hype from reality, this panel of experts from both academia and industry share their experimental setups, early results, and ideas for future experiments to take us a step closer to a truly revolutionary next-generation wireless network.
Length: 01:30:21
Best regards
Dennielone
Pls enjoy it and if you find it helpful for you, pls kindly help to add some reputation to inspire me to keep sharing. Thanks.
link:
http://host.comsoc.org/freetutorial/ni2/ni2.html
SUMMARY 5G includes many ideas and technologies touted as the next big revolution in wireless. Numerous network configuration and deployment options are available such as small cells, eICIC, LTE/WiFi interworking, carrier aggregation, dual connectivity, MIMO as well as CoMP. Other new concepts include C-RAN, D-RAN, mmWave, Massive MIMO as well as ultra-low latency. While many of the concepts mainly affect the complexity of the physical layer and RF, the higher protocol layers including MAC will have to cope with a tremendous range of requirements e.g. throughput, latency and traffic scheduling to optimize capacity.
As learned from the past LTE and WiFi standardization, promising new technologies require testing to ensure that theoretical gains translate into practice. This panel discussion focuses on specific requirements for experimental testbeds in future 5G systems and what use cases and scenarios future prototyping platforms need to cover to be able to assess the practical relevance of new technology components--including hardware / software abstraction of the different network architectures and the need for over-the-air tests and prototyping as well as general scalability.
To separate the hype from reality, this panel of experts from both academia and industry share their experimental setups, early results, and ideas for future experiments to take us a step closer to a truly revolutionary next-generation wireless network.
Length: 01:30:21
Best regards
Dennielone