Index for MATLAB Functions
| (cf) A/C/E/P/R/S/T stand for Appendix/Chapter/Example/Problems/Remark/Section/Table, respectively. | ||
| Name | Place | Description |
| ABMc() | S6.4.1 | Predictor/Corrector coefficients in Adams‐Bashforth‐Moulton ODE solver |
| adapt_smpsn() | S5.8 | integration by the adaptive Simpson method |
| adc1() | P1.10 | AD conversion |
| adc2() | P1.10 | AD conversion |
| axis() | S1.1.4 | specify axis limits or appearance |
| backslash(\) | S1.1.7/R1.2 | left matrix division |
| backsubst() | S2.4.1 | backward substitution for lower‐triangular matrix equation |
| bar()/barh() | S1.1.4 | a vertical/horizontal bar chart |
| bisct() | S4.2 | bisection method to solve a nonlinear equation |
| bisct_r() | P4.4 | bisection method to solve a nonlinear equation (self‐calling) |
| BJT_DC_analysis_exp0() | S4.9 | DC analysis of a BJT circuit |
| BJT2_complementary0() | S4.9 | Analysis of a complementary BJT circuit |
| branch_and_bound() | S7.3.4 | use the branch‐and‐bound method to solve a MILP problem |
| break | S1.1.9 | terminate execution of a
for loop or
while loop |
| bvp2_eig() | P6.12 | solve an eigenvalue BVP2 |
| bvp2_fdf() | S6.6.2 | FDM (Finite difference method) for a BVP |
| bvp2_fdfp() | P6.7 | FDM for a BVP with initial derivative fixed |
| bvp2_shoot() | S6.6.1 | Shooting method for a BVP (boundary value problem) |
| bvp2_shootp() | P6.7 | Shooting method for a BVP with initial derivative fixed |
| bvp2_fdf() | S6.6.2 | FDM (Finite difference method) for a BVP |
| bvp2_fdfp() | P6.7 | FDM for a BVP with initial derivative fixed |
| bvp2m_shoot() | P6.8 | Shooting method for BVP ... |
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