linear algebra造句
1. I could prove theorem after theorem in linear algebra.
2. I progressed happily through differential equations and linear algebra to upper-level engineering courses on time-series analysis and computer programming.
3. Its main advantage over traditional mathematical notation for linear algebra is that it's much easier to type.
4. Compared with 18.700 [ also Linear Algebra ], more emphasis on matrix algorithms and many applications.
5. Based on the iterative solution of linear algebra equations, the parallel computational steps are introduced in this method.
6. Ritz algorithm, for numerical linear algebra complete source code, has been tested.
7. Now, I finally understand that math, especially linear algebra are very useful.
8. All tese are important contents in the advanced linear algebra.
9. Other free texts on subjects including linear algebra and oceanography are also available at globaltext . org.
10. ScaLapack is a library of high performance linear algebra routines for distributed memory MIMD computers.
11. Numerical topics include dense and sparse linear algebra, N body problems, and Fourier transforms.
12. Contents: abstract linear algebra. elements of elementary number theory. elements of the theory of groups, rings and fields.
13. Ordinary differential equations, Partial differential equations, Linear algebra, Special functions, Calculus of variation.
14. The content of linear algebra determinant, matrices, linear equations, characteristic values and real quadratic form and so on.
15. Some of the math is quite sophisticated, using differential equations, linear algebra, and covariance matrices.
16. Blind image restoration has a strong background of mathematics, including estimation theory, ill-posed problem solution method, linear algebra, stochastic process, numerical analysis, and so on.
17. With a view to eliminating such shortcomings, we have made an attempt to devise a matrix representation of the rule of similitude, by means of the theory of linear algebra.
18. The matrix factorization and its modification is one of the most effective techniques in numerical linear algebra.
19. These range from physics , and liner algebra , linear algebra to anthropology, political science, -- even schooldiving.
20. The main means used in the paper are group theory, galois field, module algebra and linear algebra.
21. This paper focuses on a matrix of elementary transformation in higher algebra , linear algebra and number theory in the elementary extensive use.
22. The Matrix class provides the fundamental operations of numerical linear algebra. Various constructors create Matrices from two dimensional arrays of double precision floating point numbers.
23. Proofs are given in detail and the only prerequisite is a sound knowledge of linear algebra.
24. This is a basic subject on matrix theory and linear algebra.
25. Even though the book's material requires some mathematical maturity, the only prerequisite is linear algebra.
26. Systems of linear differential equations can be handled by using the methods of linear algebra.
27. A linear independent general criterion of hybrid screw group was deduced based on the matrix transform theory of linear algebra.
28. The singular value decomposition plays a very important role in matrix theory and numerical linear algebra, especially in the study of generalized inverses of matrices.
29. It is a large, multi - author, Fortran library for numerical linear algebra.
30. This paper discussed the matrix of elementary transformation in the higher elementary algebra linear algebra and number theory in wide use.
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