Open, programmable networks

Bear, Christopher L.; Montgomery, Warren A.; Nolte, Diana B.; Rajchel, Suzanne K.; Silva, Michael C.

doi:10.1002/bltj.2234

Cited by 9 publications

(5 citation statements)

References 1 publication

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“…It leverages SIP protocols to interface with SIP intelligent endpoints and SIPenabled application servers, and it interfaces to the Lucent Softswitch call model through the Java Telephony API (JTAPI) 6 -based Lucent Full Circle † API. 7 The following sections describe the SAMM platform and these new enabling technologies for the multiservice core.…”

Section: The Samm Platform In the Multiservice Networkmentioning

confidence: 99%

Service authoring for third-party programmable, service-mediation-enabled feature servers in the multiservice core

Dianda¹,

Darity²,

Ho³

et al. 2005

Bell Labs Tech. J.

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Section: The Samm Platform In the Multiservice Networkmentioning

confidence: 99%

Service authoring for third-party programmable, service-mediation-enabled feature servers in the multiservice core

Dianda¹,

Darity²,

Ho³

et al. 2005

Bell Labs Tech. J.

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“…APIs that are used to program capabilities into a logic sequence also include JAIN and JTAPI, but usually are specialized to the system, as is the case with the Lucent Programmable Protocol Language (PPL) [1] and media resource server APIs [7]. In the case where an API is used to program capabilities into a system, the API provides a simpler way to generate additional operational code that augments the capabilities of a system.…”

Section: Specific Service Creation Techniquesmentioning

confidence: 99%

Service creation for next-generation networks

Kocan¹,

Montgomery

Siegel

et al. 2002

Bell Labs Tech. J.

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IntroductionService creation is a fundamental aspect of the promise of next-generation networks. With roots in traditional telecommunications and data networks, new service creation implementation and deployment techniques abound in vendor offerings and in proprietary schemes developed by service providers. With the challenges and complexities of converged telecommunications and data networks, and the unprecedented demand to create and deploy new revenue-generating and cost-saving services quickly, next-generation networks are compelled to provide new service creation techniques and enable thirdparty service creation. In order to do this effectively, a framework is needed that represents the types of services to be created and the techniques that can be used to create them. This paper describes a framework for service creation that can be applied to converged next-generation networks. We first look at service creation in traditional telecommunication and data networks to set the context for the framework. We then propose a network layering to describe the types of services that are created. Next, we examine service creation techniques and show how they relate to services in the network model. These techniques include the use of policies, application programming interfaces, protocols, service building blocks, and provisioning. Some of these techniques are in wide use today in traditional intelligent networks; others, such as policy management, are just beginning to be deployed in service-provider networks, and have the capability to provide service intelligence to network services. Next, we describe how services are created and deployed in

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“…Several of these APIs (JAIN, Parlay, and, by extension, TSAS) are already targeted as key components of Lucent's FullCircle † framework. 23 Lucent's product portfolio/ strategy includes 7R/E † Packet Solutions, PacketIN † telecom devices, the Lucent Softswitch, and other products. The particular selection of Lucent products and APIs is influenced by many factors (for example, embedded base/migration plans, sophistication of the service developer, and market strategy of the service provider).…”

Section: Lucent and Emerging Apismentioning

confidence: 99%