Steve:

Thank you for the quick reply.  I do have a number of specific use cases
that I can outline in this discussion.

I'll start first with the distribution and dissemination of
Semiconductor Intellectual Property (SIP), both 3rd party IP and
internally generated for INTRA-organizational exchange.

SIP within the semiconductor supply chain is exchanged
INTER-organizationally between all four of the semiconductor supply
chain stakeholders.  The SIP is exchanged at different phases of
"maturity".  "Maturity" in this context refers to the relative process
distance to manufacturability, i.e. how close is the SIP to release for
silicon wafer manufacturing.  At the most immature level, SIP is
exchanged as an ASCII file that can be "pasted" into the file system for
an integrated circuit component.  As the various design phases of an
integrated circuit proceed to "mature" the SIP toward a manufacturable
chip, the SIP undergoes multiple process transformations that result in
new datasets that are generated as a result of the transforms the SIP
undergoes.  What the SIP provider needs to do is have a means to track
the use of their SIP within the context of a multi-tenancy cloud where
multiple potential customers exist that could use the company's SIP. 
There must be constraints to restrict how the customer is allowed to use
the SIP, e.g. he/she would not be able to reintegrate ANY phase of the
SIP datasets into another chip design for ANY phase of new chip
development.  There must be a bi-directional audit trail that would
allow the SIP provider to track the multiple phases of SIP
transformation through a chip workflow. Finally, when the IP has been
"heardened" for manufacturing, the exchange of that final dataset, which
is a graphical database of polygons representing silicon and metal
layers on a silicon wafer, that IP has been embedded into that dataset. 
We would like to have an audit trail and tracking of that into
manufacturing databases as well.

This is one specific, somewhat generalized use case. 

The next use case would be consideration of an executable, external
application from an Electronic Design Automation (EDA) ISV as "IP" that
would be constrained for use within a multi-tenancy cloud WFaaS.

Regards, Marc

J. Marc Edwards
Lead Architect - Semiconductor Design Portals
Nimbis Services, Inc.
Skype: (919) 747-3775
Cell:  (919) 345-1021
Fax:   (919) 882-8602
marc.edwa...@nimbisservices.com
www.nimbisservices.com


On 09/19/2011 11:51 AM, Steve Bayliss wrote:
>
> Hi Marc
>
>  
>
> The six main activities/functional requirements that you list for the
> datasets seem very much to speak to the capabilities of Fedora.
>  Fedora's capable of managing assets with a large degree of
> flexibility in how those assets are to be modelled.  It also has a
> XACML-based access control layer which would seem to be of some
> relevance I think.
>
>  
>
> Are there any specific use cases you have that perhaps would allow us
> to comment in a little bit more detail how Fedora's capability may be
> applied to them?
>
>  
>
> Regards
>
> Steve
>
>  
>
>  
>
>  
>
> ------------------------------------------------------------------------
>
> *From:*J. Marc Edwards [mailto:marc.edwa...@nimbisservices.com]
> *Sent:* 19 September 2011 11:02
> *To:* fedora-commons-users@lists.sourceforge.net
> *Subject:* [fcrepo-user] Fedora Object Model application in cloud
> computing model for semiconductor design-to-release-manufacturing
> portal...
>
>  
>
> All:
>
> It seems to me that Fedora has been primarily applied to digital
> libraries.  However, in my review of the Fedora project, it seems to
> me that perhaps the fundamental technology could be applied in the
> domain space of digital rights management workflows for cloud
> computing services.  I'd very much welcome some candid feedback on my
> thoughts of applying Fedora in this manner.
>
> I'm presently developing a semiconductor
> design-to-release-manufacturing, WorkFlow-as-a-Service (WFaaS) &
> Digital-Rights-as-a-Service (DRaaS) cloud computing portal.  Here is a
> brief description of the problem.
>
> The semiconductor industry is characterized by four (4) distinct
> supply chain stakeholders, namely, (1) Silicon manufacturing
> foundries, (2) Electronic Design Automation (EDA) ISVs, (3)
> semiconductor intellectual property (SIP) providers, and (4)
> designers.  These four (4) identity profiles constitute a tangled web
> of inter-organizational workflows and processes that will be addressed
> through the WFaaS & DRaaS cloud offering.
>
> My assertion is that within the context of an inter-organizational
> workflow, WFaaS is a producer and consumer of intellectual property
> and therefore mandates an effective digital rights service, ala, DRaaS.
>
> Semiconductor design is almost ubiquitously defined through the
> generation and use of intellectual property.  The production and
> consumption of IP within the semiconductor design process is
> manifested through thousands of specialized datasets that must be (1)
> tracked, (2) managed, (3) tagged, (4) version controlled, (5)
> archived, and (6) life cycle managed ACROSS the multiple semiconductor
> supply chain identity profiles previously noted.
>
> From this extremely succinct description of the problem, does this
> community believe that the various software and object models defined
> by the Fedora project would be an appropriate application of Fedora's
> objectives as applied to the development of a
> Digital-Rights-as-a-Service (DRaaS) for the life cycle management and
> provisioning of digital IP for semiconductor design?
>
> Kind regards, Marc
>
> -- 
>
> J. Marc Edwards
> Lead Architect - Semiconductor Design Portals
> Nimbis Services, Inc.
> Skype: (919) 747-3775
> Cell:  (919) 345-1021
> Fax:   (919) 882-8602
> marc.edwa...@nimbisservices.com <mailto:marc.edwa...@nimbisservices.com>
> www.nimbisservices.com <http://www.nimbisservices.com>
>

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