68 results on '"Baksalary, Jerzy K."'
Search Results
2. Particular formulae for the Moore–Penrose inverse of a columnwise partitioned matrix
3. On some linear combinations of hypergeneralized projectors
4. An invariance property related to the reverse order law
5. On linear combinations of generalized projectors
6. Characterizations of minus and star orders between the squares of Hermitian matrices
7. An alternative characterization of generalized projectors
8. Relationships between generalized inverses of a matrix and generalized inverses of its rank-one-modifications
9. An elementary development of the equation characterizing best linear unbiased estimators
10. A note on linear combinations of commuting tripotent matrices
11. Nonsingularity of linear combinationsof idempotent matrices
12. A new approach to the concept of a strong unified-least-squares matrix
13. Relationships between partial orders of matrices and their powers
14. Properties of Schur complements in partitioned idempotent matrices
15. Further relationships between certain partial orders of matrices and their squares
16. Further properties of the star, left-star, right-star, and minus partial orderings
17. A revisitation of formulae for the Moore–Penrose inverse of modified matrices
18. Generalized inverses of partitioned matrices in Banachiewicz–Schur form
19. Idempotency of linear combinations of an idempotent matrix and a tripotent matrix
20. A property of orthogonal projectors
21. Commutativity of projectors
22. Idempotency of linear combinations of two idempotent matrices
23. Preface
24. Further results on invariance of the eigenvalues of matrix products involving generalized inverses
25. A note on rank additivity and range additivity
26. Admissible linear estimation in the general Gauss-Markov model with respect to an arbitrary quadratic risk function
27. Decomposability of the C-matrix of a two-way elimination of heterogeneity design
28. Preface
29. Preliminary test estimation of a vector of parametric functions in the general Gauss-Markov model
30. Canonical correlations associated with symmetric reflexive generalized inverses of the dispersion matrix
31. A study of the influence of the ‘natural restrictions’ on estimation problems in the singular Gauss-Markov model
32. A note on invariance of the eigenvalues, singular values, and norms of matrix products involving generalized inverses
33. Minimum number of experimental units in connected block designs with certain additional properties
34. Implied linear restrictions in the general Gauss-Markov model
35. Some further results on Hermitian-matrix inequalities
36. Covariance adjustment in biased estimation
37. On the löwner, minus, and star partial orderings of nonnegative definite matrices and their squares
38. Nonnegative and positive definiteness of matrices modified by two matrices of rank one
39. Left-star and right-star partial orderings
40. Spectrum and trace invariance criterion and its statistical applications
41. Admissible linear estimators of an arbitrary vector of parametric functions in the general Gauss-Markov model
42. Characterizations of two-way layouts from the point of view of variance component estimation in the corresponding mixed linear models
43. Löwner-ordering antitonicity of generalized inverse of Hermitian matrices
44. A note on comparing the unrestricted and restricted least-squares estimators
45. A further algebraic version of Cochran's theorem and matrix partial orderings
46. Characterizations of the best linear unbiased estimator in the general Gauss-Markov model with the use of matrix partial orderings
47. Rank invariance criterion and its application to the unified theory of least squares
48. Existence and constructions of connected block designs with given vectors of treatment replications and block sizes
49. Linear sufficiency with respect to a given vector of parametric functions
50. Admissible linear estimators in the general Gauss-Markov model
Catalog
Books, media, physical & digital resources
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.