Causation, prediction, and search.
2nd ed. / Peter Spirtes, Clark Glymour, and Richard Scheines ; with additional material by David Heckerman ... [et al.].
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Author
Contributions
- Glymour, Clark N. - Contributor
- Scheines, Richard. - Contributor
Publication
2000 - MIT Press, Cambridge, Mass, Massachusetts
Language
English
Word Count
135,750 words, Guess
Page Count
543 pages
Identifiers
- Open LibraryOL6780423M
- ISBN-100262194406
- OCLC Control Number61677955
- OCLC Control Number43555387
- Library of Congress Control Number00026266
and 2 more
- Goodreads739803
- LibraryThing770365
Classifications
- DDC519.5
- LCCQA276 .S65 2000
- LCCQA276.S65 2000
and 1 more
- LCCQA276 .S65 2000eb
Description
This thoroughly thought-provoking book is unorthodox in its claim that under appropriate assumptions causal structures may be inferred from non-experimental sample data. The authors adopt two axioms relating causal relationships to probability distributions. These axioms have only been explicitly suggested in the statistical literature over the last 15 years but have been implicitly assumed in a variety of statistical disciplines. On the basis of these axioms, the authors propose a number of computationally efficient search procedures that infer causal relationships from non-experimental sample data and background knowledge. They also deduce a variety of theorems concerning estimation, sampling, latent variable existence and structure, regression, indistinguishability relations, experimental design, prediction, Simpsons paradox, and other topics. For the most part, technical details have been placed in the book's last chapter, and so the main results will be accessible to any research worker (regardless of discipline) who is interested in statistical methods to help establish or refute causal claims.
Description
"What assumptions and methods allow us to turn observations in causal knowledge, and how can even incomplete causal knowledge be used in planning and prediction to influence and control our environment? In this book Peter Spirtes, Clark Glymour, and Richard Scheines address these questions using the formalism of Bayes networks, with results that have been applied in diverse areas of research in the social, behavioral, and physical sciences."--Jacket.
Subjects
Series Statement
- Adaptive computation and machine learning
Other Editions
- Causation, prediction, and search.
Show 2 more editions
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