<--- Back to Details
First PageDocument Content
Abstract algebra / Algebra / Rotational symmetry / Atomic physics / Ring theory / Spherical harmonics / Mathematical analysis / Generalized minimal residual method / Numerical linear algebra
Date: 2014-03-21 20:50:16
Abstract algebra
Algebra
Rotational symmetry
Atomic physics
Ring theory
Spherical harmonics
Mathematical analysis
Generalized minimal residual method
Numerical linear algebra

Add to Reading List

Source URL: www.cs.tsukuba.ac.jp

Download Document from Source Website

File Size: 651,26 KB

Share Document on Facebook

Similar Documents

13 Numerical Linear Algebra We consider here the numerical side of linear algebra, the symbolic side being described in Chapter 8. The linear algebra numerical analysis and methods are discussed in [TBI97, Sch02]. The b

DocID: 1tLKo - View Document

NUMERICAL LINEAR ALGEBRA WITH APPLICATIONS Numer. Linear Algebra Appl. 2001; 00:1–6 Prepared using nlaauth.cls [Version: v1.0] Preconditioning KKT systems

DocID: 1t9SY - View Document

Assignment 3 Randomization in Numerical Linear Algebra (PCMI) 1. Let A be an n × d matrix with n  d. (i) Give an example of a matrix A whose row leverage scores are all equal. (ii) Give an example of a matrix A whose r

DocID: 1sv5W - View Document

Software / Mathematical software / Application software / Numerical software / Numerical linear algebra / Array programming languages / Econometrics software / ScaLAPACK / PBLAS / LAPACK / Basic Linear Algebra Subprograms / MATLAB

Microsoft PowerPoint - lacsi-sans-1006

DocID: 1ru2M - View Document

Algebra / Mathematics / Mathematical analysis / Fourier analysis / Linear algebra / Binary operations / Basis function / Numerical analysis / Numerical linear algebra / Exponentiation

Time Series Lesson 9 Grant Foster Representing Data

DocID: 1rs99 - View Document