View regression-datasets servo (public)

2010-11-06 09:57 by mldata | Version 1 | Rating Empty StarEmpty StarEmpty StarEmpty StarEmpty StarEmpty Star
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Summary

(No information yet)

License
unknown (from Weka repository)
Dependencies
Tags
arff slurped Weka
Attribute Types
Integer,Floating Point,String
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# Instances: 167 / # Attributes: 5
HDF5 (27.5 KB) XML CSV ARFF LibSVM Matlab Octave
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Original Data Format
arff
Name
'servo'
Version mldata
0
Comment
  1. Title: Servo Data

  2. Sources (a) Created by: Karl Ulrich (MIT) in 1986 (b) Donor: Ross Quinlan (c) Date: May 1993

  3. Past Usage:

  4. Quinlan, J.R., "Learning with continuous classes", Proc. 5th Australian Joint Conference on AI (eds A. Adams and L. Sterling), Singapore: World Scientific, 1992

  5. Quinlan, J.R., "Combining instance-based and model-based learning", Proc. ML'93 (ed P.E. Utgoff), San Mateo: Morgan Kaufmann 1993

    Results on 10-way cross-validation:

    Method Average Relative ------ |Err| Error ------- --------

    Guessing mean 1.15 1.00 Instance-based .52 .26 Regression .86 .49 Model trees .45 .29 Neural nets (G. Hinton) .30 .11 Regression+instances .48 .20 Model trees+instances .30 .17 NN+instances .29 .11

  6. Relevant Information:

Ross Quinlan:

This data was given to me by Karl Ulrich at MIT in 1986. I didn't record his description at the time, but here's his subsequent (1992) recollection:

 "I seem to remember that the data was from a simulation of a servo
 system involving a servo amplifier, a motor, a lead screw/nut, and a
 sliding carriage of some sort.  It may have been on of the
 translational axes of a robot on the 9th floor of the AI lab.  In any
 case, the output value is almost certainly a rise time, or the time
 required for the system to respond to a step change in a position set
 point."

(Quinlan, ML'93)

"This is an interesting collection of data provided by Karl Ulrich. It covers an extremely non-linear phenomenon - predicting the rise time of a servomechanism in terms of two (continuous) gain settings and two (discrete) choices of mechanical linkages."

  1. Number of Instances: 167

  2. Number of Attributes: 4 + numeric class attribute

  3. Attribute information:

  4. motor: A,B,C,D,E

  5. screw: A,B,C,D,E

  6. pgain: 3,4,5,6

  7. vgain: 1,2,3,4,5

  8. class: 0.13 to 7.10

  9. Missing Attribute Values: None

Names
motor,screw,pgain,vgain,class,
Types
  1. nominal:E,B,D,C,A
  2. nominal:E,D,A,B,C
  3. nominal:5,6,4,3
  4. nominal:4,5,3,2,1
  5. numeric
Data (first 10 data points)
    motor screw pgain vgain class
    E E 5 4 0.28...
    B D 6 5 0.50...
    D D 4 3 0.35...
    B A 3 2 5.50...
    D B 6 5 0.35...
    E C 4 3 0.80...
    C A 3 2 5.10...
    A A 3 2 5.70...
    C A 6 5 0.76...
    D A 4 1 1.03...
    ... ... ... ... ...
Description

A jarfile containing 30 regression datasets collected by Luis Torgo (regression-datasets.jar, 10,090,266 Bytes).

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    revision 1
    by mldata on 2010-11-06 09:57

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    This project is supported by PASCAL (Pattern Analysis, Statistical Modelling and Computational Learning)
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