Discovering Homogeneous Web Service Community in the User-Centric Web Environment

Liu, Xuanzhe; Huang, Gang; Mei, Hong

doi:10.1109/tsc.2009.11

Cited by 88 publications

(62 citation statements)

References 20 publications

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“…Big Data for cost reduction: Some organizations that are pursuing Big data believe strongly that for the storage of large data that is structured, Big data technologies like Hadoop clusters are very cost effective solutions that can be efficiently utilized for cost reduction [7]. One company's cost comparison, for example, estimated that the cost of storing one terabyte for a year was $37,000 for a traditional relational database, $5,000 for a database appliance, and only $2,000 for a Hadoop cluster.1 Of course, these figures are not directly comparable, in that the more traditional technologies may be somewhat more reliable and easily managed.…”

Section: It's About Variety Not Volumementioning

confidence: 99%

Big Data Analytics using Hadoop

Dhyani¹,

Barthwal²

2014

IJCA

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This paper is an effort to present the basic understanding of BIG DATA is and it's usefulness to an organization from the performance perspective. Along-with the introduction of BIG DATA, the important parameters and attributes that make this emerging concept attractive to organizations has been highlighted. The paper also evaluates the difference in the challenges faced by a small organization as compared to a medium or large scale operation and therefore the differences in their approach and treatment of BIG DATA. A number of application examples of implementation of BIG DATA across industries varying in strategy, product and processes have been presented. The second part of the paper deals with the technology aspects of BIG DATA for it's implementation in organizations. Since HADOOP has emerged as a popular tool for BIG DATA implementation, the paper deals with the overall architecture of HADOOP alongwith the details of it's various components. Further each of the components of the architecture has been taken up and described in detail.

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Section: It's About Variety Not Volumementioning

confidence: 99%

Big Data Analytics using Hadoop

Dhyani¹,

Barthwal²

2014

IJCA

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“…In [22], similar services are organized into service pool, i.e., homogeneous web service community. Adopting the popular atom feeds, they design a prototype to facilitate the consumers discover the subscribing Web services in an easy-of-use manner.…”

Section: Related Workmentioning

confidence: 99%

Toward Customer-centric SOA: Services Resource Active Provisioning Approach

Wen¹,

Luo²,

Liang³

2014

JSW

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Abstract-With the rapid development of services computing, services expression, registration and assembly have been partially solved. But for the ultimate goal of computing, namely on-demand service, it has not been able to achieve by far, especially active provisioning approach for services resource. Faced with key issue for requirements-dominated services virtualization, active services resource provisioning will be focused. Customercentric SOA (Service-oriented Architecture) will be systematically investigated with requirements model and distributed requirements elicitation. In this paper, we have established software architecture with personalized active customization for services resource that will select unsatisfactory requirements fragment of customers to dynamically generate custom needs during services composition. By means of custom preferred provider selection designated to push the customization requirements, service providers complete the services resource production and customized products evaluation just in time, and the process will effectively prevent failure of services aggregation and services resource provisioning exceptions occurring. These efforts of the work will improve ondemand services resource provisioning capability. The experimental results and prototype show the efficiency and effectiveness of our approach.

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“…Designers or the development tools should maintain the traceability between the requirement specifications and design models [32] . The Internetware design should reuse any existing reusable assets, e.g., the components retrieved from component libraries [33] , patterns captured from open source software [34] , or collective-intelligence derived from online community services [35] .…”

Section: Software Architecture Of the Whole Lifecyclementioning

confidence: 99%

Internetware: An Emerging Software Paradigm for Internet Computing

Mei

Liu

2011

J. Comput. Sci. Technol.

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The Internet is undergoing a tremendous change towards the globalized computing environment. Due to the open, dynamic and uncontrollable natures of the Internet, software running in the Internet computing environment has some new features, which bring challenges to current software technologies in terms of software model, software operating platform, software engineering approaches and software quality. Researchers in China have proposed the term "Internetware" to present the emerging software paradigm. Sponsored by the National Basic Research 973 Program, several research practices have been done on the Internetware in the past decade. This paper summarizes the progress and status of the Internetware researches. A technical solution framework for the Internetware paradigm is proposed from four aspects: the Internetware software model defines what the Internetware is to be; the Internetware middleware determines how to run the Internetware applications; the engineering methodology determines how to develop the Internetware applications; the Internetware quality assurance determines how well the Internetware applications can perform. The paper also discusses the ongoing research issues and future trends of Internetware.

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Discovering Homogeneous Web Service Community in the User-Centric Web Environment

Cited by 88 publications

References 20 publications

Big Data Analytics using Hadoop

Big Data Analytics using Hadoop

Toward Customer-centric SOA: Services Resource Active Provisioning Approach

Internetware: An Emerging Software Paradigm for Internet Computing

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