代码搜索：Approximation
找到约 1,542 项符合「Approximation」的源代码
代码结果 1,542
www.eeworm.com/read/393424/8287975
m sde_compute_hessian.m
function hessian = SDE_compute_hessian(lossfunction,theta,OWNTIME,TIME,VRBL,XOBS,PROBLEM,NUMSIM,SDETYPE,PARBASE,PARMIN,PARMAX,PARMASK,INTEGRATOR,NUMDEPVARS,SEED)
% Computes central approximation o
www.eeworm.com/read/414864/11098627
m cp0901_muiber_2pam.m
%
% Function 9.4 : "cp0901_MUIBER_2PAM"
%
% Evaluates the theoretical probability of error
% for a 2PAM system in AWGN channels under the
% Standard Gaussian Approximation
%
% 'ebn0' is a v
www.eeworm.com/read/247638/12638441
m cp0901_muiber_2pam.m
%
% Function 9.4 : "cp0901_MUIBER_2PAM"
%
% Evaluates the theoretical probability of error
% for a 2PAM system in AWGN channels under the
% Standard Gaussian Approximation
%
% 'ebn0' is a v
www.eeworm.com/read/205223/15323286
m cp0901_muiber_2pam.m
%
% Function 9.4 : "cp0901_MUIBER_2PAM"
%
% Evaluates the theoretical probability of error
% for a 2PAM system in AWGN channels under the
% Standard Gaussian Approximation
%
% 'ebn0' is a v
www.eeworm.com/read/391573/8396512
as bezier_draw_cubic.as
/*
Cubic Bezier Drawing v1.1
Oct. 29, 2002
(c) 2002 Robert Penner
MovieClip methods to draw cubic beziers (four control points)
using recursive quadratic approximation with adjustab
www.eeworm.com/read/386253/8759952
m alg042.m
% ROMBERG ALGORITHM 4.2
%
% To approximate I = integral ( f(x) dx ) from a to b:
%
% INPUT: endpoints a, b; integer n.
%
% OUTPUT: an array R. ( R(2,n) is the approximation to I.
www.eeworm.com/read/386253/8760141
m alg042.m
% ROMBERG ALGORITHM 4.2
%
% To approximate I = integral ( f(x) dx ) from a to b:
%
% INPUT: endpoints a, b; integer n.
%
% OUTPUT: an array R. ( R(2,n) is the approximation to I.
www.eeworm.com/read/366144/9828316
tcl gmmake_torus.tcl
proc gmmake_torus {inner_rad outer_rad subdiv} {
# gmmake_torus $innerrad $outerrad $numsubdiv
# Make a quadratic bezier approximation to a torus.
# The first argument is the inner rad
www.eeworm.com/read/197608/7069676
c nsqrt.c
/*
* File: nsqrt.c
* -------------
* This program calculates square roots using Newton's
* method for successive approximation.
*/
#include
#include
#include "genlib.h"
/*
*
www.eeworm.com/read/462149/7208570
m defocusapprox.m
function [I,F,I_dx] = defocusApprox(Radiance,BlurMap,I0,dBlurMap)
% Generate defocused images and deblurring gradient using
% approximate-but-fast kernel
%
% Check the approximation by running the te