Transfer Function
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- This topic has 11 replies, 9 voices, and was last updated 16 years, 11 months ago by
Pai.
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June 6, 2005 at 8:26 pm #39595
When does determining the nature of the transfer function (linear, quadratic, etc) for the process become necessary? How is it determined? How is it interpreted? How does this information fit within the DMAIC format? Thanks for your time.
0June 23, 2005 at 6:20 am #122005
Pier Giorgio DELLA ROLEParticipant@Pier-Giorgio-DELLA-ROLEInclude @Pier-Giorgio-DELLA-ROLE in your post and this person will
be notified via email.I’m a MBB teaching DFSS for product development and in my training material I have dedicated many slides about “transfer functions” with examples. Because I don’t know how to post this material in this web-site, if you send me your e-mail I ‘ll send some material concerning this subject.
Regards,
Pier Giorgio DELLA ROLE ([email protected])0June 23, 2005 at 1:28 pm #122030
VoteForPedroMember@VoteForPedroInclude @VoteForPedro in your post and this person will
be notified via email.[email protected] Thanks!
0July 13, 2005 at 6:22 am #122961Hi, Please send the examples and litrature of Transfer Function to me too. Appreciate your help on this one.
[email protected]
Thx
Kabeer
0August 1, 2005 at 9:09 pm #124078Sorry to be a “me, too” post, but–me, too. Please send me the transfer function information. Thank you!
0August 2, 2005 at 1:45 am #124081utah,
While you and the others are waiting for the magical slides on transfer functions to come your way, consider that this concept and its understanding is not a new one. The development of a “transfer function” or least-square model of the process using Response Surface Methods have been with us for over 30 years. One should consider developing a process model beginning in the Analysis phase by identifying candidate inputs to evaluate. If you can use Design of Experiments with the process, then using a special set of DOEs will allow you to define a linear or quadratic model from the experimental data using conventional linear and/or non-linear regression. If your process is in the vicinity of optimal, then your data will reveal curvature in the model providing you with a quadratic model. If your process is further away from optimal, then your data will reveal little significant curvature in the model, and provide a linear model. You could search the internet or your reference for non-linear regression, Response Surface Methods, and Design of Experiments for additional detail.
Happy Hunting!
Ken0August 2, 2005 at 11:24 am #124094Pier,
Please send the slides also to my e-mail address. [email protected]
Many thanks. . .
Don20August 2, 2005 at 10:42 pm #124156Thanks Ken. That helps!
0August 2, 2005 at 10:46 pm #124157U,
Glad to help.
Good luck,
Ken0August 4, 2005 at 9:39 am #124247Pl. mail me the slides on transfer function. e-mail : [email protected]
Thanks,
Harini0August 25, 2005 at 6:51 am #125793
Pier Giorgio DELLA ROLEParticipant@Pier-Giorgio-DELLA-ROLEInclude @Pier-Giorgio-DELLA-ROLE in your post and this person will
be notified via email.I received many requests for my material on transfer function, so I will attach it to this mail.In any case are not “magic” slides, but just some defintions with examples with the goals of clarify the problem,Pier Giorgio Download: e_trans_functions_05a.ppt (Microsoft Power Point)
0August 25, 2005 at 7:16 am #125798Pier Giorgio .
This is regarding one of the questions asked in isixsigma for transfer function in which you have mentioned that you will sent some slides which explain about transfer function in detail.
Would highly appreciate if you can the same to me also for my benefit.
my email is is [email protected]
Regards
Rajesh Koul
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