Service HyperChain Architecture of Web X.o and A Case Study

Zhang, Liang-Jie; Cai, Hong

doi:10.1109/icws.2007.159

Cited by 8 publications

(4 citation statements)

References 5 publications

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“…So there are great potential of services innovation in this field. An example of service innovation through service resources is establishing and representing the relationship among service resources with XLink [34] and make it a service hyperchain [34] which is an extended version of the Hyperlink concept with XML.…”

Section: Service Resourcesmentioning

confidence: 99%

Relooking at services science and services innovation

Cai

Chung

2008

SOCA

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In lots of countries, service economy has become the dominant economy. Modern services industries require talents skillful at multidiscipline subjects including IT services, business models, management skills, psychology, etc. There is the rise of services science, service-oriented computing, and services computing. The multidiscipline features bring new challenges for services science. In this paper, we go beyond the traditional view of services and propose a threelayer framework for services science and services innovation. The framework covers service needs, service competencies, and service resources. We believe that these are the common building blocks and foundations for modern services industries. We use Amazon as an example to show the relevant of the framework for analyzing patterns of services innovation. We also use this framework to derive a set of service curricula for training talents for modern services.

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Section: Service Resourcesmentioning

confidence: 99%

Relooking at services science and services innovation

Cai

Chung

2008

SOCA

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“…Complex system, SOA [16] An enabling technology architecture that supports the future Web, which coordinates human interactions, business processes, computing resources, and business applications in a uniform fashion.…”

Section: Socs (Its)mentioning

confidence: 99%

Service Computing System Engineering Life Cycle

Suhardi

Kurniawan

Sembiring

2017

EECSI

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The development of service computing technology has triggered the need for organizations to build a service computing system. This system is able to deliver IT services that can meet the challenges and needs of business services. An understanding of the service computing systems engineering life cycle is necessary to model and build the systems. This paper conducts the study of the service computing systems concepts and proposes the life cycle of service computing system engineering. First, some publications relevant to the service computing systems are reviewed systematically in order to develop fundamental concepts and elements of the systems. Second, a metamodel of service computing systems is built based on those concepts. Third, the life cycle model of service computing systems engineering is proposed based on the metamodel. Finally, the verification of the life cycle is conducted by comparing the proposed life cycle to the life cycle of software engineering, service engineering, and service system engineering. The contribution of this paper is to provide a coincise understanding of the components that are needed to build such systems and show the interaction and collaboration between the components in the service computing systems.

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“…While casual consumers may need all the supports from installation, simple application demo, training to customization. In the community-based knowledge sharing example [21] [24], some users may like papers in PDF format. Some users may just want to get a copy of a paper.…”

Section: Consumer Services Valuations Modelmentioning

confidence: 99%

“…We have three service scenarios upon which our models are based. The first model is similar to the IEEE Body of Knowledge on Services Computing [21,24] in which body of knowledge, backed by Web 2.0 technology, is delivered through traditional paper in PDF and associated presentations (e.g. Microsoft PowerPoint files or PDF files), video files, and audio files.…”

Section: Introductionmentioning

confidence: 99%

Integrated Pricing Modeling for Digital Services Providers in Web 2.0 Envrionment

Chen

Zhang

2007

2007 IEEE Congress on Services (Services 2007)

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Apart from Web services enablement technology and infrastructure, services pricing strategies determine its ultimate outcome for any services delivery in the community-based collaboration environment such as Web 2.0 enabled service market. In this paper, we model pricing strategies by taking services' demands into consideration. We show that the presented different pricing models are complement to each other. They fit the needs of different consumer types such as savvy consumers or causal consumers. One implication of the analysis is to design flexible pricing schemes within Web 2.0 services market as much as possible.

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Service HyperChain Architecture of Web X.o and A Case Study

Cited by 8 publications

References 5 publications

Relooking at services science and services innovation

Relooking at services science and services innovation

Service Computing System Engineering Life Cycle

Integrated Pricing Modeling for Digital Services Providers in Web 2.0 Envrionment

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