Page 520 - Applied Numerical Methods Using MATLAB

INDEX FOR TABLES

Table number Place Description
Table 1.1 S1.1-3 Conversion type specifiers & special characters in fprintf()
Table 1.2 S1.1-4 Graphic line specifications used in the plot() command
Table 1.3 S1.1-6 Functions and variables inside MATLAB:
Table 1.4 S1.1-4 Relational operators and logical operators
Table 2.1 S2.4-1 Residual error and the number of floating-point operations of various
solutions
Table 3.1 S1.1-3 Divided difference table
Table 3.2 S1.1-4 Divided differences
Table 3.3 S1.1-6 Chebyshev coefficient polynomial
Table 3.4 S1.1-4 Boundary conditions for cubic spline
Table 3.5 S3.8-3 Linearization of nonlinear functions by parameter/data transformation
st
Table 5.1-1 S5.2 The forward difference approximation (5.1-4) for the 1 derivative
and its error depending on the step-size
st
Table 5.1-2 S5.2 The forward difference approximation (5.1-8) for the 1 derivative
and its error depending on the step-size
st
Table 5.2 S5.3 The difference approximation formulas for the 1 and 2 nd derivatives
Table 5.3 S5.7 Romberg table
Table 6.1 S6.1 A numerical solution of the differential equation (6.1-1) obtained by
the Euler’s method
Table 6.2 S6.4 Results of applying several routines for solving a simple differential
equation
Table 7.1 S7.1-7 Results of running several unconstrained optimization routines with
various initial values
Table 7.2 S7.3 Results of running several unconstrained optimization routines with
various initial values
Table 7.3 S7.3 The names of the MATLAB built-in minimization routines in
MATLAB 5.x/6.x
(cf) A: Appendix, P: Problem, S: Section, T: Table


Applied Numerical Methods Using MATLAB , by Yang, Cao, Chung, and Morris
Copyright  2005 John Wiley & Sons, Inc., ISBN 0-471-69833-4
509