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Probability and random processes / Venkatarama Krishnan.

By: Krishnan, Venkatarama, 1929-.
Series: Wiley survival guides in engineering and science. Publisher: Hoboken, N.J. : Wiley-Interscience, c2006Description: xiii, 723 p. : ill. ; 26 cm.ISBN: 0471703540 (hbk.); 9780471703549.Subject(s): Probabilities | Stochastic processes | Engineering -- Statistical methods | Science -- Statistical methodsDDC classification: 519.2
Contents:
1. Sets, fields, and events - 2. Probability space and axioms - 3. Basic combinatorics - 4. Discrete distributions - 5. Random variables - 6. Continuous random variables and basic distributions - 7. Other continuous distributions - 8. Conditional densities and distributions - 9. Joint densities and distributions - 10. Moments and conditional mements - 11. Characteristic functions and generating functions - 12. Functions of a single random variable - 13. Functions of multiple random variables - 14. Inequalities, convergences and limit theorems - 15. Computer methods for generating random variates - 16. Elements of matrix algebra - 17. Random vectors and mean-square estimation - 18. Estimation theory - 19. Random processes - 20. Classification of random processes - 21. Random processes and linear systems - 22. Weiner and Kalman filters - 23. Probabilistic methods in transmission tomography.
Item type Current location Call number Copy number Status Notes Date due Barcode
Graduate Collection Taylor's Library-TU
519.2 KRI (Browse shelf) 1 Available SHTEx,60001,03,GR 1000808690

Includes bibliographical references (p. 714-715) and index.

1. Sets, fields, and events - 2. Probability space and axioms - 3. Basic combinatorics - 4. Discrete distributions - 5. Random variables - 6. Continuous random variables and basic distributions - 7. Other continuous distributions - 8. Conditional densities and distributions - 9. Joint densities and distributions - 10. Moments and conditional mements - 11. Characteristic functions and generating functions - 12. Functions of a single random variable - 13. Functions of multiple random variables - 14. Inequalities, convergences and limit theorems - 15. Computer methods for generating random variates - 16. Elements of matrix algebra - 17. Random vectors and mean-square estimation - 18. Estimation theory - 19. Random processes - 20. Classification of random processes - 21. Random processes and linear systems - 22. Weiner and Kalman filters - 23. Probabilistic methods in transmission tomography.