EDA and the network

Spiller, Robin C.; Newton,

doi:10.1109/iccad.1997.643578

Cited by 19 publications

(7 citation statements)

References 16 publications

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“…Shakeri and Brown (2004) point out the need for resource sharing across disciplines and provide a new knowledge-based methodology for simulation of a design process. Spiller and Newton (1997) envision the future of the engineering design and analysis community organised in an integrated and distributed environment. Interoperability between tools and design libraries will create an evolvable, customisable and adaptable virtual design network.…”

Section: Distributed Problem-solving Approachesmentioning

confidence: 99%

Integrating vendors into cooperative design practices

Eskil

Sticklen

2009

CoDesign

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This paper describes a new approach to cooperative design using distributed, offthe-shelf design components. The ultimate goal is to enable assemblers to rapidly design their products and perform simulations using parts that are offered by a global network of suppliers. The obvious way to realise this goal would be to transfer desired component models to the client computer. However, in order to protect proprietary data, manufacturers are reluctant to share their design models without non-disclosure agreements, which can take in the order of months to put in place. Due to bandwidth limitations, it is also impractical to keep the models at the manufacturer site and do simulations by simple message passing. To deal with these impediments in e-commerce the modular distributed modelling (MDM) methodology is leveraged, which enables transfer of component models while hiding proprietary implementation details. MDM methodology with routine design (RD) methods are augmented to realise a platform (RD-MDM) that enables automatic selection of secured off-the-shelf design components over the Internet, integration of these components in an assembly, running simulations for design testing and publishing the approved product model as a secured MDM agent. This paper demonstrates the capabilities of the RD-MDM platform on a fuel cell-battery hybrid vehicle design example.

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Section: Distributed Problem-solving Approachesmentioning

confidence: 99%

Integrating vendors into cooperative design practices

Eskil

Sticklen

2009

CoDesign

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“…The definition of standard formats for design descriptions such as VHDL and EDIF has been another important milestone in this direction. With the explosive growth of networked computing new paradigms have emerged for organizing the access to design-specific information [10,13,11]: geographically distributed information can be automatically collected and visualized by exploiting the World-Wide Web. Web servers for management and diffusion of design-critical information have been developed by all major companies in the semiconductor business, as well as by EDA companies.…”

Section: Previous Workmentioning

confidence: 99%

Specification and validation of disstributed IP-based designs with JavaCAD

Dalpasso¹,

Bogliolo

Benini

1999

Proceedings of the Conference on Design, Automation and Test in Europe

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“…Network-based electronic system design becomes a common engineering paradigm, as a result of ubiquitous access to the broadband Internet and a progress in design engineering technologies [29]. The engineer's workplace gets more and more virtualized [28] with a global access to design resources.…”

Section: Introductionmentioning

confidence: 99%

Holistic Design of Collaborative Networks of Design Engineering Organizations

Pawlak

Jørgensen

2015

Risks and Resilience of Collaborative Networks

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The paper presents a visual knowledge-based approach for designing collaborative networks of engineering design organizations. The novelty of this holistic approach lies in integrated modelling of business, engineering, and learning processes. Distributed design tasks are easier coordinated due to explicit representation of management procedures as visual knowledge models of design flows and workflows. Furthermore, these visual models enable definition of design task patterns that can support design innovation management and learning across distributed teams. Proliferation of this approach in engineering communities is conditioned by availability of appropriate open platforms enabling distributed collaborative design and continuous learning processes in a frame of a collaborative engineering network.

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EDA and the network

Cited by 19 publications

References 16 publications

Integrating vendors into cooperative design practices

Integrating vendors into cooperative design practices

Specification and validation of disstributed IP-based designs with JavaCAD

Holistic Design of Collaborative Networks of Design Engineering Organizations

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