 
 
 Slides for instructors: 
The following slides are made available for instructors teaching from
the textbook 
Machine
Learning, Tom Mitchell,
McGraw-Hill.
Slides are available in both
postscript, and in latex source. If you
take the latex, be sure to also take the accomanying 
style files, postscript figures, etc. 
  -  Ch 1. Introduction. (
postscript  3.8Meg), (
gzipped postscript  317k) (pdf
    )
(
latex source )
  
-  Ch 2. Concept Learning.
(
postscript  347k),
(
gzipped postscript  100k)
(pdf
    ) (
latex source )
  
-  Ch 3. Decision Tree
Learning. (
    postscript
     530k), (
gzipped postscript  143k)
(pdf
    ) (
latex source )
  
-  Ch 4. Artificial Neural
Networks. (
    postscript
     1.83Meg), (
gzipped postscript  329k)
(pdf
    ) (
latex source )
  
-  Ch 5. Evaluating
Hypotheses.
(
postscript 212k), (
gzipped postscript  67k)
(pdf
    ) (
latex source )
  
-  Ch 6. Bayesian Learning. (
    postscript
     261k), (
gzipped postscript  81k)
(pdf
    ) (
latex source )
 see also 
slides on learning Bayesian networks 
by Friedman and Goldszmidt.
-  Ch 7. Computational
Learning Theory.
(
postscript  160k), (
gzipped postscript  50k)
(pdf
    ) (
latex source )
  
-  Ch 8. Instance Based
Learning.
(
postscript  138k), (
gzipped postscript  39k)
(pdf
    ) (
latex source )
  
-  Ch 9. Genetic Algorithms. (
    postscript
     245k), (
gzipped postscript  72k)
(pdf
    ) (
latex source )
  
-  Ch 10. Learning Sets of
Rules. (
    postscript
     185k), (
gzipped postscript  57k)
(pdf
    ) (
latex source )
  
-  Ch 11. Analytical Learning.
( 
postscript  261k) 
(pdf
    )   ( latex
source
) 
 
-  Ch 12. Combining Inductive
and Analytical Learning.
( 
postscript  419k),
(
gzipped postscript  103k)
(pdf
    ) (
latex source )
  
-  Ch 13. Reinforcment
Learning. (
    postscript
     172k), (
gzipped postscript  40k)
(pdf
    ) (
latex source )
  
 Additional homework and exam
questions: 
Check out the 
homework assignments and exam questions 
from the Fall 1998 CMU Machine
Learning course (also includes pointers to earlier and later offerings
of the
course).
 Additional tutorial
materials: 
 Support Vector Machines: