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Entries in ONAP (5)

Saturday
Oct272018

Using an open-source model to spur AI adoption

The Linux Foundation’s (LF) Deep Learning Foundation has set itself the ambitious goal of providing companies with all the necessary artificial intelligence (AI) software they will need.

Eyal Felstaine“Everything AI, we want you to take from open source,” says Eyal Felstaine, a member of the LF Deep Learning governing board and also the CTO of Amdocs. “We intend to have the entire [software] stack.”

The Deep Learning Foundation is attracting telecom, large-scale data centre operators and other players. Orange, Ciena, Red Hat, Chinese ride-sharing firm, Didi, and Intel are the latest companies to join the initiative. 

The Deep Learning Foundation’s first project is Acumos, a platform for developers to build, share and deploy AI applications. Two further projects have since been added: Angel and Elastic Deep Learning. 

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Thursday
Sep202018

OPNFV's releases reflect the evolving needs of the telcos  

The Open Platform for NFV (OPNFV) is increasingly focused on supporting cloud-native technologies and the network edge.

Heather KirkseyThe open source group, part of the Linux Foundation, specialises in the system integration of network functions virtualisation (NFV) technology.

The OPNFV issued Fraser, its latest platform release, earlier this year while its next release, Gambia, is expected soon.  

Moreover, the telcos continual need for new features and capabilities means the OPNFV’s work is not slowing down.

“I don’t see us entering maintenance-mode anytime soon,” says Heather Kirksey, vice president, community and ecosystem development, The Linux Foundation and executive director, OPNFV. 

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Friday
May182018

How ONAP is blurring network boundaries  

Telecom operators will soon be able to expand their networks by running virtualised network functions in the public cloud. This follows work by Amdocs to port the open-source Open Network Automation Platform (ONAP) onto Microsoft’s Azure cloud service.

Source: Amdocs, Linux Foundation

According to Craig Sinasac, network product business unit manager at Amdocs, several telecom operators are planning to run telecom applications on the Azure platform, and the software and services company is already working with one service provider to prepare the first trial of the technology.    

Deploying ONAP in the public cloud blurs the normal understanding of what comprises an operator’s network. The development also offers the prospect of web-scale players delivering telecom services using ONAP.

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Tuesday
Apr032018

Ciena picks ONAP’s policy code to enhance Blue Planet  

Ciena is adding policy software from the Linux Foundation’s open-source Open Network Automation Platform (ONAP) to its Blue Planet network management platform.

Operators want to use automation to help tackle the growing complexity and cost of operating their networks.

Kevin Wade“Policy plays a key role in this goal by enabling the creation and administration of rules that automatically modify the network’s behaviour,” says Kevin Wade, senior director of solutions, Ciena’s Blue Planet. 

Incorporating ONAP code to enhance Blue Planet’s policy engine also advances Ciena’s own vision of the adaptive network.    

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Wednesday
Mar282018

Will white boxes predominate in telecom networks? 

Will future operator networks be built using software, servers and white boxes or will traditional systems vendors with years of network integration and differentiation expertise continue to be needed? 

 

AT&T’s announcement that it will deploy 60,000 white boxes as part of its rollout of 5G in the U.S. is a clear move to break away from the operator pack.

The service provider has long championed network transformation, moving from proprietary hardware and software to a software-controlled network based on virtual network functions running on servers and software-defined networking (SDN) for the control switches and routers.

Glenn WellbrockNow, AT&T is going a stage further by embracing open hardware platforms - white boxes - to replace traditional telecom hardware used for data-path tasks that are beyond the capabilities of software on servers.       

For the 5G deployment, AT&T will, over several years, replace traditional routers at cell and tower sites with white boxes, built using open standards and merchant silicon.

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