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|    comp.ai    |    Awaiting the gospel from Sarah Connor    |    1,954 messages    |
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|    Message 367 of 1,954    |
|    Walter Banks to David Tian    |
|    Re: Using Regression Trees to Induce Cla    |
|    04 Jul 04 01:10:41    |
      From: walter@bytecraft.com              David Tian wrote:       >       > Hi,       >       > I have got a problem at hand. It is a sales forecasting problem. In       > the data set both input and output variables are continuous valued.       > The input variables describe the characteristics of a supermarket       > store for example. They could be the store location, store size, range       > of items held, and so on. The output variable is an indicator of sales       > for example, number of £'s per month. Say the sales figure is between       > £0.00 and £1000.00. Say I group the values of output variable into       > different intervals, say, 'low', 'medium' and 'high'. Then is it       > possible to induce classification rules from the continuous data in       > the following way using a regression tree.       >       > Regression Data --> Regression Tree --> Regression Rules -->       > Discretization --> Classification Rules       >       > The discretization step groups the values of output variable into the       > intervals, 'low', 'medium' and 'high'.       >       > Are there any standard/popular approaches for this type of problems?       > Are fuzzy regression trees suitable for this type of problems? If       > there are standard approaches, may I have some suggestions of the       > relevant/key papers/references in this area?       >       > Regards,       >       > David       >              There is a fuzzy logic example on Byte Craft's website that has a       pricing example that might be useful in understanding a fuzzy logic       approach.       http://www.bytecraft.com/fuzzy.html              If you have any questions email me off line.              w..              [ comp.ai is moderated. To submit, just post and be patient, or if ]       [ that fails mail your article to |
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