代码搜索：Non-linear
找到约 518 项符合「Non-linear」的源代码
代码结果 518
www.eeworm.com/read/368337/9701253
texi roots.texi
@cindex root finding
@cindex zero finding
@cindex finding roots
@cindex finding zeros
@cindex roots
@cindex solving a non-linear equation
@cindex non-linear equation, solutions of
This chapte
www.eeworm.com/read/367442/9747922
m contents.m
% Quadratic discriminant function.
%
% quaddemo - Demonstrates use of non-linear data mapping.
%
% qtransf - Non-linear mapping for quadratic discriminant function.
% quad2d - Computes
www.eeworm.com/read/269755/11079183
cpp nl_ex.cpp
/// \ingroup newmat
///@{
/// \file nl_ex.cpp
/// Example of non-linear least squares fit.
///
/// This is an example of a non-linear least squares fit. The example
/// is from "Nonlinear esti
www.eeworm.com/read/124283/14579245
texi roots.texi
@cindex root finding
@cindex zero finding
@cindex finding roots
@cindex finding zeros
@cindex roots
@cindex solving a non-linear equation
@cindex non-linear equation, solutions of
This chapter descri
www.eeworm.com/read/212047/15166862
texi roots.texi
@cindex root finding
@cindex zero finding
@cindex finding roots
@cindex finding zeros
@cindex roots
@cindex solving a non-linear equation
@cindex non-linear equation, solutions of
This chapter descri
www.eeworm.com/read/167728/5453104
texi roots.texi
@cindex root finding
@cindex zero finding
@cindex finding roots
@cindex finding zeros
@cindex roots
@cindex solving a non-linear equation
@cindex non-linear equation, solutions of
This chapter descri
www.eeworm.com/read/360145/2969625
nc nonlinminm.nc
/**
* Non-linear minimization module
* David Moore
*
* This module provides non-linear minimization of an arbitrary n-dimensional
* function using the Polak-Ribiere conjugate
www.eeworm.com/read/102394/15783218
texi roots.texi
@cindex root finding
@cindex zero finding
@cindex finding roots
@cindex finding zeros
@cindex roots
@cindex solving a non-linear equation
@cindex non-linear equation, solutions of
This chapter descri
www.eeworm.com/read/128468/14295316
m kernel.m
function [k] = kernel(a,b,ker,arg)
% function [k] = kernel(a,b,ker,arg)
%
% KERNEL computes a dot product of the point a and b after
% non-linear mapping of these point. The non-linear mapping
% is
www.eeworm.com/read/159921/10587811
m kernel1.m
function [k] = kernel1(a,b,ker,arg)
% function [k] = kernel(a,b,ker,arg)
%
% KERNEL computes a dot product of the point a and b after
% non-linear mapping of these point. The non-linear mapping
% is