A framework for unified trust service platform

Song, Meina; Yang, Maojiang; Haihong, E; Ge, Xiaoshan

doi:10.1016/s1005-8885(08)60168-5

Cited by 3 publications

(1 citation statement)

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“…An "ideal" of SDOP should: z A ecosystem that can support the complete services life cycle, including abstraction, convergence, integration, deployment, delivery, implementation, management and account; z To achieve sharing service resources, promoting social efficiency, reducing the costs of construction and maintenance, enhancing the professional degree, opening service system, and allocating resources on-demand; z Converge different network capacity, service resources and information data with an open framework, and allow application developers access to them through a unified, standard and secure way; [6][7] z Support for third-party common providers (network providers, service providers, as well as information, data and content providers) access to applications conveniently; z Agile and on-demand service response, can quickly respond to the users demand for services and the emergence of new business; z Provide complete security, trusty framework in huge [9][12], complex service resources and service network; z Enable service delivery and data transmission to be independent of the specific network and device type.…”

Section: Concept Of Sdopmentioning

confidence: 99%

A new service delivery open platform (SDOP) architecture

Haihong

Song

et al. 2009

2009 IEEE International Symposium on IT in Medicine &Amp; Education

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Grid computing, utility computing, P2P computing, service computing and cloud computing, such as technological development is leading the future of networks resources, services resources, data resources toward shared, on-demand, and the tendency of promoting utility. To develop an internationally advanced course of study on service sciences has enormous opportunities, especially in service composing, service providing and the quality of service. However, there is not a complete framework for service delivery platform enables the open sharing of service resources, on-demand services delivery, service capabilities together combination, and service capacity delivery. In this paper, we introduce the layered architecture of service delivery open platform (SDOP), and particularly describe the components and the functions of SDOP. In conclusion, we present our recommended SDOP architecture and point out that the horizontal, layered SDOP architecture will help service operators to build a new service management and operation platform, such as B2B electronic commerce, digital education and digital medical, that provides security credible integrated services and open access to heterogeneous data, massive resources network capabilities and services capabilities.

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Section: Concept Of Sdopmentioning

confidence: 99%