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ITU working with China to develop spectrum management in APAC

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Advancing digital transformation, with resilient, robust, and reliable networks for the future.

The United Nations agency for telecom/ICTs International Telecommunication Union (ITU) has been collaborating with the State Radio Monitoring Centre (SRMC) of the Ministry of Industry and Information Technology (MIIT) of China.
In 2020, ITU and SRMC organised practical training on issues related to spectrum management and radiofrequency monitoring free of charge.

As part of the ITU Centres of Excellence for the Asia and the Pacific region, the Centre trained nearly 1000 participants over the years.

Due to 2020 COVID-19 restrictions, the training was organised online which has proven effective to encourage participation from all over the world.

The two-week course on spectrum management and radiofrequency monitoring in August 2020 saw 358 participants from 58 countries, covering not only Asia and the Pacific, but also South America and other regions.

The active engagement and enthusiasm of the participants was palatable, with an average of 45 questions asked per session.

In addition, the ITU Academy platform created a digital space for discussion and sharing knowledge through online forums created by both tutors and participants.

To continue responding to the increasing demand and requests for support in spectrum management and the capacity development, ITU is planning to provide a demand-driven technical assistance, tailored specifically for the region.

By enhancing the knowledge, expertise and capacity in spectrum management and radiofrequency monitoring, ITU is helping not only to address the immediate needs of connecting people with affordable access to the Internet, but also “advancing digital transformation, with resilient, robust, and reliable networks for the future”, noted ITU.

Towards the end of December 2020, the ITU announced launched a new Focus Group to support the emergence of ICT networks able to control their behaviour autonomously in the interests of efficiency. Participation is open to all interested parties.

The ITU Focus Group on ‘autonomous networks’ will lead an exploratory ‘pre-standardization’ study to determine how ITU standards will support the realization of autonomous networks and their evolution in years to come.

“ITU standards incorporate the latest advances in technology whilst taking account of the associated implications for business dynamics to allow industry players to advance together,” said ITU Secretary-General Houlin Zhao. “Innovation towards autonomous networks calls for an evolution that is viable both technically and economically and ITU standards have a long history of enabling such an evolution.”​

Networks are growing in sophistication to enable highly interactive new communication experiences and innovations in fields such as digital health and intelligent transport systems. IMT-2020/5G and future networks will be versatile all-round players able to meet the requirements of a very diverse set of ICT applications.

This versatility is made possible by major advances in cloud computing and network virtualization – the software revolution reshaping the networking business – but​ this versatility also introduces significant network complexity.

Artificial intelligence (AI) and machine learning are expected to play a key part in managing this complexity, especially in meeting new demands on network management and control as these demands exceed the capabilities of humans as well as pre-defined automated processes.

“As the demands on communication networks have grown through increased user subscription and new service expectations across industry sectors, network operators must find new ways to address these pressures while at the same time controlling operational cost,” said the Chair of the Focus Group, Leon Wong, Research Engineer at new ITU member Rakuten Mobile.

The complexity of the latest network architectures has created the motivations for autonomous networks, but these architectures also create the conditions necessary to integrate ‘creative intelligence’ techniques into 5G and future networks.

“Creative intelligence techniques can provide a new layer of abstraction, introducing an evolution mechanism as a catalyst for autonomy,” said Wong.

Autonomous networks would display the ‘self’ properties: the ability to monitor, operate, recover, heal, protect, optimise, and reconfigure themselves. These networks could autonomously adapt and improve management and control, but also self-evolve through online experimentation to enable better compositions of controllers and controller hierarchies.

The Focus Group will study the creative intelligence techniques that leverage this online experimentation, elaborating foundational concepts such as ‘exploratory evolution’, ’emergent behaviour’, and ‘real-time responsive experimentation’.

It will study the meaning and characteristics of autonomous networks, providing definitions and terminology to build clarity around the concepts underpinning creativity in autonomous networks. It will propose technical enablers for evolution in autonomous networks to support networks’ dynamic adaptation to future ICT environments and use cases. And it will demonstrate architecture concepts and develop associated guidelines to enable higher levels of autonomy through real-time responsive experimentation.

 

 

 

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