Conception and implementation of a collaborative manufacturing grid

Li, Zhi; Jin, Xu; Cao, Yuan; Zhang, Xiao Yun; Li, Yuanyin

doi:10.1007/s00170-006-0677-1

Cited by 30 publications

(9 citation statements)

References 8 publications

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“…The conception, system platform, Open Grid Services Architecture (OGSA) and Web Services Resource Framework (WSRF) of MGrid have been investigated by several authors (Li et al 2007, Tao et al 2008a, Zhang et al 2008. The application demands of grid technology in e-science, e-government, e-entertainment, e-education, e-business, and manufacturing industries have also been studied.…”

Section: Related Workmentioning

confidence: 99%

Prevention of resource trading fraud in manufacturing grid: a signalling games approach

Zhang

Zhou

2010

International Journal of Computer Integrated Manufacturing

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In the manufacturing grid resource market, the information asymmetry for buyers and sellers is a common situation. With resource information superiority, some resource service providers (RSPs, sellers) often make the pooling equilibrium, so that resource service demanders (RSDs, buyers) cannot recognise high-quality resources owing to imperfect information. Hence, the authors propose a signalling games approach to prevent resource trading fraud in the manufacturing grid. In support of the architecture of resource negotiation and trading, RSDs can get more accurate information about resource quality based on the collateral currency promised by RSPs. In this way, RSDs can more accurately identify resource quality. This method focuses on preventing low-quality RSPs from sending out an incorrect signal suggesting high resource quality to entice RSDs to purchase the low-quality resource.Simulation results indicate that the game theoretical model has a reasonable and perfect Bayesian separating equilibrium, from which RSPs do not initiatively deviate.

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Section: Related Workmentioning

confidence: 99%

Prevention of resource trading fraud in manufacturing grid: a signalling games approach

Zhang

Zhou

2010

International Journal of Computer Integrated Manufacturing

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“…Many advanced manufacturing modes have been proposed in recent years and multiple providers became one of the most visible changes. Cloud manufacturing (Tao et al, 2011), collaborative manufacturing (Li et al, 2007), networked manufacturing (Montreuil et al, 2000), and virtual enterprise (Wu and Su, 2005) emphasize the collaboration and interconnection among manufacturers. However, different manufacturing modes encompass different organization forms and strategies on resource organization, as shown in Table 1.…”

Section: The Resources Organization Comparison Under Multiple Providementioning

confidence: 99%

An investigation on establishing small- and medium-sized enterprises communities under the environment of social manufacturing

Guo

Jiang

2018

Concurrent Engineering

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Manufacturing industry has become professionalization, socialized, service-oriented, and collaborative, so lots of professional and socialized small-and medium-sized enterprises spring up to provide product-service for satisfying customers' requirements. Faced with this trend, a new manufacturing mode called social manufacturing has been proposed to aggregate these small-and medium-sized enterprises into communities for mass individualization manufacturing. As the basis of social manufacturing, small-and medium-sized enterprises communities are established by two steps. First, the socialized manufacturing resources of the small-and medium-sized enterprises are described and similar socialized manufacturing resources are clustered into one socialized manufacturing resources community by growing hierarchical selforganizing map algorithm. Suitable socialized manufacturing resources communities are selected and then the socialized manufacturing resources are mapped into small-and medium-sized enterprises. Second, these small-and medium-sized enterprises form a community to complete the order together. Product cost and delivery time serve as the indicator for order allocating in the small-and medium-sized enterprises community. A multi-objective algorithm is proposed to tackle the order allocation problem. A case from a professional printing firm is analyzed to validate the proposed methodology and model. Some rules are revealed and these rules are useful for guiding practical production. The study endorses the establishing small-and medium-sized enterprises communities under the environment of social manufacturing and suggests extensive practical implications.

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“…The approach eases the burden of both distributed and local resource scheduling by encapsulating both distributed and local manufacturing resources into generic interfaces through the Grid, which can be integrated into different client environments. Li et al (2007) proposed a collaborative manufacturing Grid (CMG) that utilises the Grid services, Grid portals and Grid workflows based on Grid middleware, aiming at the seamless integration and sharing of geographically distributed, heterogeneous manufacturing resources for collaborative manufacturing. Liu and Shi (2008) proposed a web service-based Grid manufacturing architecture to integrate various manufacturing resources, applications and services within a comprehensive Grid computing infrastructure, which includes the manufacturing resource layer, service-oriented architecture layer, service-oriented enabled tool layer and Grid manufacturing application layer.…”

Section: Related Workmentioning

confidence: 99%

Weaving an agent-based Semantic Grid for distributed collaborative manufacturing

Yin

Zhang

Cai

2009

International Journal of Production Research

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The development and maintenance of distributed collaborative manufacturing systems is faced with increasing challenges caused by the technical difficulties and ontological issues in distributed computing, resource integration and knowledge sharing over heterogeneous computing platforms. This paper presents an agentbased Semantic Grid for distributed manufacturing collaboration across ubiquitous virtual enterprises. A hierarchy of autonomous, adaptive agents forming a 'super peer' based peer-to-peer network is laid out in the Semantic Grid to provide, in an open, dynamic, loosely coupled and scalable manner, the service publication, discovery and reuse for management of applications that need to utilise Grid resources. The operation and experimental evaluation of the system are presented to validate the implementation of the proposed approach.

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Conception and implementation of a collaborative manufacturing grid

Cited by 30 publications

References 8 publications

Prevention of resource trading fraud in manufacturing grid: a signalling games approach

Prevention of resource trading fraud in manufacturing grid: a signalling games approach

An investigation on establishing small- and medium-sized enterprises communities under the environment of social manufacturing

Weaving an agent-based Semantic Grid for distributed collaborative manufacturing

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