Machine Learning - DISCo
Machine Learning - DISCo
Machine Learning - DISCo
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Hypotheses, estimation of accuracy<br />
(continued)<br />
bias and variance in estimate, 129,<br />
151, 152<br />
errors in, 129-131, 151<br />
evaluation of, 128-129<br />
justification of, in inductive vs. analytical<br />
learning, 334-336<br />
representations of, 23<br />
testing of, 144-145<br />
Hypothesis space, 14-15<br />
bias in, 40-42, 46, 129<br />
finite, sample complexity for, 207-214,<br />
225<br />
infinite, sample complexity for, 214-220<br />
VC dimension of, 214-217<br />
Hypothesis space search<br />
by BACKPROPAGATION algorithm, 97,<br />
106, 122-123<br />
comparison with decision tree<br />
learning, 106<br />
comparison with KBANN and<br />
TANGENTPROP algorithms, 350-35 1<br />
by CANDIDATE-ELIMINATION algorithm,<br />
64<br />
in concept learning, 23-25, 46-47<br />
constraints on, 302-303<br />
by FIND-S algorithm, 27-28<br />
by FOIL algorithm, 286-287, 357-361<br />
by genetic algorithms, 250, 259<br />
by gradient descent, 90-91<br />
by ID3 algorithm, 60-62,64, 76<br />
by KBANN algorithm, 346<br />
by learning algorithms, 24<br />
by LEARN-ONE-RULE, 277<br />
in machine learning, 14-15, 18<br />
use of prior knowledge, 339-340, 362<br />
ID3 algorithm, 55-64,77<br />
backtracking and, 62<br />
CANDIDATE-ELIMINATION algorithm,<br />
comparison with, 61-62<br />
choice of attributes in, 280-281<br />
choice of decision tree, 63<br />
cost-sensitive measures, 75-76<br />
extensions to, 77. See also C4.5<br />
algorithm<br />
inductive bias of, 63-64, 76<br />
LEARN-ONE-RULE, search comparison<br />
with, 277<br />
limitations of, 61-62<br />
overfitting in, 67-68<br />
search of hypothesis space, 60-62, 64,<br />
76<br />
sequential covering algorithms,<br />
comparison with, 280-281<br />
specialized for concept learning, 56<br />
use of information gain in, 58-60<br />
ID5R algorithm, comparison with GABIL,<br />
258<br />
ILP. See Inductive logic programming<br />
Image encoding in face recognition, 114<br />
Imperfect domain theory:<br />
in EBNN algorithm, 356<br />
in explanation-based learning, 330<br />
in FOCL algorithm, 360<br />
in KBANN algorithm, 344-345<br />
Incremental explanation methods, 328<br />
Incremental gradient descent. See<br />
Stochastic gradient descent<br />
INCREMENTAL VERSION SPACE MERGING<br />
algorithm, 47<br />
Inductive-analytical learning, 334-363<br />
advantages of, 362<br />
explanation-based learning and, 330<br />
learning problem, 337-338<br />
prior knowledge methods to alter search,<br />
339-340,362<br />
properties of ideal systems, 337<br />
weighting of components in EBNN<br />
algorithm, 351-352,355<br />
weighting prior knowledge in, 338<br />
Inductive bias, 39-45, 137-138. See also<br />
Occam's razor; Preference bias;<br />
Restriction bias<br />
of BACKPROPAGATION algorithm, 106<br />
bias-free learning, 40-42<br />
of CANDIDATE-ELIMINATION algorithm,<br />
43-46, 63-64<br />
in decision tree learning, 63-66<br />
definition of, 43<br />
in explanation-based learning, 322-323<br />
of FIND-S algorithm, 45<br />
of ID3 algorithm, 63-64,76<br />
of inductive learning algorithms, 42-46<br />
of k-NEAREST NEIGHBOR algorithm, 234