Looking for content related to Production System |
What Plant-level Systems Can Do for the Enterprise Market
| by P.J. Jakovljevic |
... Also prudent are near real time interaction and information sharing among trading partners who can use the
entire production system to gather information. ...
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| http:/.../Research/ResearchHighlights/ERP/2005/11/research_notes/TU_ER_PJ_11_23_05_1.asp - 17k - 2005-11-23 |
| Summary: To gain the competitive edge, enterprises are seeking tools to break information silos. Collaborative planning and manufacturing
has given plant-level systems a whole new meaning.
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From Local to Hosted: The Story of One Company’s Migration to On ...
| by Wayne Thompson |
... production. Again, we have our own type of warehouse management production system. We
didn't need to create another system to do that. ...
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| http:/.../Research/ResearchHighlights/ERP/2008/04/research_notes/PC_ER_WT_04_25_08_1.asp - 19k - 2008-04-25 |
| Summary: Here’s the inside story on how an international manufacturer using a traditional, local enterprise resource planning (ERP)
solution shifted gears to end up with an on-demand, remotely hosted ERP system. It wasn’t the change the company originally
intended, but the benefits proved too overwhelming to
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The Art Of Distributed Development Of Multi-Lingual Three-Tier ...
| by Dragomir D. Dimitrijevic, Ph.D. |
... First, per the bank's development protocol, software developers do not have direct physical access to the
production system. Instead ...
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| http:/.../Research/ResearchHighlights/Erp/2003/02/research_notes/MI_ER_XDD_02_01_03_1.asp - 26k - 2003-02-01 |
| Summary: In this article we describe author's experience with the distributed development of multi-lingual three-tier Java/ CORBA/database
Internet applications. We believe that the described tips and tricks of trade may be of great use to readers who are involved
with Java applications development.
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Lean Tools and Practices that Eliminate Manufacturing Waste
| by P.J. Jakovljevic |
... A related concept, nagara, is the Japanese term used to depict a production system where seemingly
unrelated tasks can be produced by the same operator ...
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| http:/.../Research/ResearchHighlights/ERP/2006/02/research_notes/TU_ER_PJ_02_14_06_1.asp - 30k - 2006-02-14 |
| Summary: A number of lean manufacturing tools and practices have long been used to reduce manufacturing waste. These include the five
S's, visual controls, standardized work, mistake proofing, total productive maintenance, cellular manufacturing, single-digit
setup, pull systems, sequencing, activity-based costin
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Lean Manufacturing: A Primer
| by P.J. Jakovljevic |
... What is commonly referred to as lean manufacturing today is an extension of the proverbial Toyota Production
System (TPS), which was originated by Taiichi Ohno ...
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| http:/.../Research/ResearchHighlights/ERP/2006/02/research_notes/TU_ER_PJ_02_13_06_1.asp - 16k - 2006-02-13 |
| Summary: Lean manufacturing emphasizes the minimization of the amount of all the resources (including time) used in the various activities
of the enterprise. The typical areas of hidden waste are over-production, waiting, transportation, over-processing, motion,
excessive inventory, and defective units.
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SCM System/SCM Software Comparison and Evaluation
... maintenance of error logs Automatic referential integrity check for enforcing procedural controls and process
rules Automatic system reconfiguration Automatic ...
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| http://scm.technologyevaluation.com/ - 25k - 2009-03-09 |
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Fear of the Unknown, the Art of War, and Competitiveness
| by Claudia Gomez |
... It is difficult to think of a significant production system for any market that does not require
software products at some point in its functional system. ...
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| http:/.../Research/ResearchHighlights/BusinessApplications/2006/09/news_analysis/NA_BA_CG_09_15_06_1.asp - 12k - 2006-09-15 |
| Summary: It is not unusual to use the metaphor of war to construct theories of business competition—substituting competing vendors
for the mortal enemy. But what about the enemy within? And what if it is in fact a company's strongest resource?
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PeopleSoft Gathers Manufacturing and SCM Wherewithal Part Three ...
| by P.J. Jakovljevic |
... BOMs), product family planning, and "phantom" BOMs, which were introduced within the PeopleSoft 7.5
release as the PeopleSoft Flow Production System (based on ...
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| http:/.../Research/ResearchHighlights/Erp/2004/01/research_notes/EN_ER_PJ_01_27_04_1.asp - 23k - 2004-01-27 |
| Summary: Even before the mega merger, PeopleSoft had already set it sights on a bigger manufacturing presence. PeopleSoft’s acquisition
of mid-to-large ERP system developer J.D. Edwards this summer, and most recently demand flow and lean manufacturing software
solution from JCIT, might indicate some deep though
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SCM System/SCM Software Comparison and Evaluation
... Technology Production planning in the new APS systems can aggregate or disaggregate multilevel plans,
so the concept of a master production system (MPS) to ...
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| http://scm.technologyevaluation.com/ - 35k - 2009-03-09 |
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Microsoft Axapta: Design Factors Shape System Usage Part Three ...
| by Dr. Scott Hamilton |
... That is, a component type of production means the system automatically generates a production
order directly linked to the parent's production order. ...
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| http:/.../Research/ResearchHighlights/Erp/2005/02/research_notes/MI_ER_XSH_02_12_05_1.asp - 21k - 2005-02-12 |
| Summary: If you are implementing or considering Microsoft Axapta as your ERP system, or providing Axapta-related services, this note
provides an overall understanding of how the system fits together to run a business. This section reviews the major design
factors affecting system usage in a manufacturing environm
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