Average Time Complexity of Decision Trees
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Decision tree is a widely used form of representing algorithms and knowledge. Compact data modelsand fast algorithms require optimization of tree complexity. This book is a research monograph onaverage time complexity of decision trees. It generalizes several known results and considers a number of new problems.The book contains exact and approximate algorithms for decision tree optimization, and bounds on minimum average timecomplexity of decision trees. Methods of combinatorics, probability theory and complexity theory are used in the proofs aswell as concepts from various branches of discre...
Decision tree is a widely used form of representing algorithms and knowledge. Compact data models
and fast algorithms require optimization of tree complexity. This book is a research monograph on
average time complexity of decision trees. It generalizes several known results and considers a number of new problems.
The book contains exact and approximate algorithms for decision tree optimization, and bounds on minimum average time
complexity of decision trees. Methods of combinatorics, probability theory and complexity theory are used in the proofs as
well as concepts from various branches of discrete mathematics and computer science. The considered applications include
the study of average depth of decision trees for Boolean functions from closed classes, the comparison of results of the performance
of greedy heuristics for average depth minimization with optimal decision trees constructed by dynamic programmingalgorithm,
and optimization of decision trees for the corner point recognition problem from computer vision.
The book can be interesting for researchers working on time complexity of algorithms and specialists
in test theory, rough set theory, logical analysis of data and machine learning.
and fast algorithms require optimization of tree complexity. This book is a research monograph on
average time complexity of decision trees. It generalizes several known results and considers a number of new problems.
The book contains exact and approximate algorithms for decision tree optimization, and bounds on minimum average time
complexity of decision trees. Methods of combinatorics, probability theory and complexity theory are used in the proofs as
well as concepts from various branches of discrete mathematics and computer science. The considered applications include
the study of average depth of decision trees for Boolean functions from closed classes, the comparison of results of the performance
of greedy heuristics for average depth minimization with optimal decision trees constructed by dynamic programmingalgorithm,
and optimization of decision trees for the corner point recognition problem from computer vision.
The book can be interesting for researchers working on time complexity of algorithms and specialists
in test theory, rough set theory, logical analysis of data and machine learning.
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