代码搜索：APPROXIMATION
找到约 1,542 项符合「APPROXIMATION」的源代码
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www.eeworm.com/read/120261/14808686
h cra.h
/***********************************************************************
File: cra.h
Rev: a-1
Date: 07/28/2000
Copyright (c) 1996, 2001 by David M. Warme
***************************************
www.eeworm.com/read/217557/14958810
m seg_approx_ode.m
function [SEG,SPf,intersect_flag] = seg_approx_ode(sys_eq,ode_param,X0,INV,SP0,t0,tf,Pcon)
% Approximate a single segment of a flow pipe for a `nonlinear` dynamics.
%
% Syntax:
% "[SEG,SPf,int
www.eeworm.com/read/367457/9746705
lnt co-arch.lnt
// co-arch.lnt
// Compiler Options for Archimedes C
// This file contains options to allow PC-lint to process source
// files for your compiler. It is used as follows:
//
//
www.eeworm.com/read/133707/14029437
lnt co-arch.lnt
// co-arch.lnt
// Compiler Options for Archimedes C
// This file contains options to allow PC-lint to process source
// files for your compiler. It is used as follows:
//
//
www.eeworm.com/read/205036/15328937
m t_algorithms_doc.m
%% Algorithms for computing tensor decompositions
%% Alternating least squares for PARAFAC/CANDECOMP
% The function |parafac_als| computes an estimate of the best rank-R
% PARAFAC model of a tens
www.eeworm.com/read/383177/8964068
c print_62.c
/*===========================================================================*/
/* SEED reader | print_type62 | station header */
/*===================================
www.eeworm.com/read/365862/9842911
m gmm_distance_bhattacharyya.m
function [Bc,Bd] = gmm_distance_bhattacharyya(g1, g2, N)
% Monte Carlo approximation of Bhattacharyya distance.
%
% Note: MC integration of the form: integral of p(x)f(x) dx
% require that p(x)
www.eeworm.com/read/351998/10588903
m gmm_distance_bhattacharyya.m
function [Bc,Bd] = gmm_distance_bhattacharyya(g1, g2, N)
% Monte Carlo approximation of Bhattacharyya distance.
%
% Note: MC integration of the form: integral of p(x)f(x) dx
% require that p(x)
www.eeworm.com/read/468894/6981436
m readme.m
% Demonstration examples for using SIMC model reduction (see simc_reduce.m) and
% PID tuning (see simc_pidtuning.m) rules as described in Multivariable Feedback
% Control by Skogestad and Postlethwa
www.eeworm.com/read/468894/6981442
m simc_reduce.m
function [rsys,k,theta,tau1,tau2] = simc_reduce(sys,order,tauc)
% SIMC_REDUCE Returns a first- or second-order time delay model as
% a low-order approximation of a system model by applying the SIMC