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Crowd-beating Mobile Network Management

Date:
January 14, 2008
Source:
ICT Results
Summary:
During the festive season, high streets and shopping malls across Europe were packed with shoppers armed with mobile phones. But the big crowds in small areas put intense strain on mobile networks, causing connection failures and reduced quality of service. Better network resource management offers a low-cost solution. The need for greater network capacity has been a constant concern of mobile operators as mobile phone traffic has increased in recent years and new data services have become available. There are two main ways to meet the demand: invest in costly new infrastructure or improve the way you manage the resources you have.

During the festive season, high streets and shopping malls across Europe were packed with shoppers armed with mobile phones. But the big crowds in small areas put intense strain on mobile networks, causing connection failures and reduced quality of service. Better network resource management offers a low-cost solution.

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The need for greater network capacity has been a constant concern of mobile operators as mobile phone traffic has increased in recent years and new data services have become available. There are two main ways to meet the demand: invest in costly new infrastructure or improve the way you manage the resources you have.

“Better resource management allows operators to provide more services of better quality to more users on existing infrastructure without having to spend money on new infrastructure,” explains Ferran Casadevall, a researcher at the Technical University of Catalonia.

And, because it is a more dynamic solution, resource management technologies allow operators to optimise traffic capacity as and when it is needed, whether in shopping malls during the busy holiday season or at a sports’ stadium during a football match. However, for resource management systems to be truly effective, they must be able to manage a variety of different radio access technologies, from GSM and third-generation (3G) UMTS to high-speed WLAN, simultaneously.

A team of researchers led by Casadevall have come up with a solution. In the EU-funded Aroma project, they developed Common Radio Resource Management (CRRM) algorithms that function within and between mobile and wireless systems.

“We have taken a global approach in that we focused not on one access technology alone, but rather on all that are available. Our approach manages network connections depending on where users are and what they are doing. In essence, it provides operators with a better way to balance traffic from different sources, and it does so intelligently,” Casadevall says.

“Someone making a voice call, for example, would probably only need GSM but someone watching streaming video or digital TV would want to use high-speed WLAN where it is available, such as inside a building, and then be handed over seamlessly to UMTS when they leave the coverage area,” he adds.

The CRRM concept and some of the algorithms developed by Casadevall’s team are being considered for adoption by the four big European mobile operators in the Aroma consortium – Telefσnica, telecom Italia, Portugal Telecom and TeliaSonera. They have also elicited interest from other operators. Telecom Italia has one patent pending as a result of the project, while the Technical University of Catalonia has another.

More calls, more messages, more TV… more quality of service

For mobile phone users, the Aroma approach provides better quality of service because no matter what they are doing or where they are, the algorithms fine-tune the network to suit their needs. In high-traffic situations, that means more people will be able to make calls, send messages or watch television without suffering from service losses.

For operators, CRRM promises major cost savings. According to the Aroma consortium’s projections, the resource management solutions could save operators a significant amount of money per year by reducing how much they need to invest in new UMTS infrastructure in order to continue to add clients. That is especially important at a time when the rollout of new services, such as digital mobile television, will put increased strain on existing networks. In addition, no big leap in communications technology is expected in the coming years.

“The first generation of mobile communications was the analogue networks introduced in the 1980s. Those then underwent a major switch in Europe and much of the world to GSM, the second generation, and then a big leap to UMTS, the third generation. Now we are witnessing a more gradual evolution toward integrating new services and systems into existing technology and improving the management of them globally in order to free up bandwidth. In the future, new services will appear that you couldn’t even imagine today,” Casadevall predicts.

In his view, the introduction of new services and the need to optimise network capacity to handle them is part of a virtuous circle that will continue to spur growth in the mobile communications industry.

“People demand more services, which requires more bandwidth, which requires better resource management, which in turn improves services and allows new ones to be created,” he says. “Until now, voice has been the major driving force behind the sector, but a big switch is starting to occur toward data – and that creates new demands.”


Story Source:

The above story is based on materials provided by ICT Results. Note: Materials may be edited for content and length.


Cite This Page:

ICT Results. "Crowd-beating Mobile Network Management." ScienceDaily. ScienceDaily, 14 January 2008. <www.sciencedaily.com/releases/2008/01/080112081743.htm>.
ICT Results. (2008, January 14). Crowd-beating Mobile Network Management. ScienceDaily. Retrieved October 24, 2014 from www.sciencedaily.com/releases/2008/01/080112081743.htm
ICT Results. "Crowd-beating Mobile Network Management." ScienceDaily. www.sciencedaily.com/releases/2008/01/080112081743.htm (accessed October 24, 2014).

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