Understanding resource-aware control of media-centric service composition over future internet testbeds

Han, Sang Woo; Kim, Jong-Won

doi:10.1145/2377310.2377334

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“…Also, we connect them to TEIN via the support of NRENs while deploying the system and network monitoring tools to assist the persistent operation of OF@TEIN [3]. -Design and development of OF@TEIN SDN tools: To enable OpenFlow-enabled SDN experiments, we design and develop several OF@TEIN SDN tools to assist both experimenters and managers [4,5]. tunneling is adopted to enable the multi-international connections among SmartX Racks.…”

Section: Of@koreamentioning

confidence: 99%

OF@TEIN: An OpenFlow-enabled SDN Testbed over International SmartX Rack Sites

et al. 2013

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Section: Of@koreamentioning

confidence: 99%

OF@TEIN: An OpenFlow-enabled SDN Testbed over International SmartX Rack Sites

et al. 2013

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Dynamic Mashup of Media-Centric Services

Han

Kim

2014

Advances in Systems Analysis, Software Engineering, and High Performance Computing

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The architectural inflexibility of legacy multimedia systems makes it very difficult to reform them by reusing existing components. To create reusable multimedia applications, the service composition mechanism should be accommodated to automate the overall composition process that assembles distributed component services into an adaptive composite service. The massive and timely delivery of multimedia contents is gradually integrating itself with dynamic composition of media-centric services. By doing so, new customized media-centric services will be created with agility to meet the diverse requirements of end users. In this chapter, the authors propose a practical coordinated approach to composing adaptive media-centric services with programmable and virtualized resources to facilitate the flexible creation and consumption of dynamic mashup of media contents. More specifically, they describe a conceptual model for dynamic composition of media-centric services and propose a workflow-style coordination process for service composition and a useful software tool to support easy experimentation. The implemented software tool is validated according to targeted experimental scenarios in a realistic testbed that supports both computing and networking resources.

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Understanding resource-aware control of media-centric service composition over future internet testbeds

Cited by 2 publications

References 2 publications

OF@TEIN: An OpenFlow-enabled SDN Testbed over International SmartX Rack Sites

OF@TEIN: An OpenFlow-enabled SDN Testbed over International SmartX Rack Sites

Dynamic Mashup of Media-Centric Services

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