代码搜索：Spatial
找到约 1,342 项符合「Spatial」的源代码
代码结果 1,342
www.eeworm.com/read/174037/9611412
m scm.m
function [H, delays, full_output]=scm(scmpar,linkpar,antpar,initvalues)
%SCM 3GPP Spatial Channel Model (3GPP TR 25.996)
% H=SCM(SCMPAR,LINKPAR,ANTPAR) is a 5D-array of channel coefficients. For
www.eeworm.com/read/249659/12481665
m scm.m
function [H, delays, full_output]=scm(scmpar,linkpar,antpar,initvalues)
%SCM 3GPP Spatial Channel Model (3GPP TR 25.996)
% H=SCM(SCMPAR,LINKPAR,ANTPAR) is a 5D-array of channel coefficients. For
www.eeworm.com/read/249659/12481715
asv scm.asv
function [H, delays, full_output]=scm(scmpar,linkpar,antpar,initvalues)
%SCM 3GPP Spatial Channel Model (3GPP TR 25.996)
% H=SCM(SCMPAR,LINKPAR,ANTPAR) is a 5D-array of channel coefficients. For
www.eeworm.com/read/238264/13898711
m scm.m
function [H, delays, full_output]=scm(scmpar,linkpar,antpar,initvalues)
%SCM 3GPP Spatial Channel Model (3GPP TR 25.996)
% H=SCM(SCMPAR,LINKPAR,ANTPAR) is a 5D-array of channel coefficients. For
www.eeworm.com/read/197650/7982820
m filt_get_c1.m
function f = filt_get_C1
% FUNCTION f = filt_get_C1
%
% Here, we define which scales and spatial positions to pool, so
% that C1 units are translation and scale invariant complex cells
% in V1. Many
www.eeworm.com/read/257070/11952697
apr arcproj.apr
/3.2
(ODB.1
Dependencies: "$AVEXT/stkgis.avx\n$AVEXT/spatial.avx\n$AVEXT/report.avx\n$AVEXT/geoproc.avx\n"
FirstRootClassName: "Project"
Roots: 2
Version: 32
)
(Project.2
Name: "arcproj
www.eeworm.com/read/467546/1500007
ctxt modeldisplay.ctxt
#BlueJ class context
comment0.target=class\ ModelDisplay
comment0.text=Creates\ a\ simple\ window\ for\ displaying\ spatial\ models.\n@author\ \ \ Jo\ Wood.\n@version\ \ 1.3,\ 9th\ October,\ 2001\n\
www.eeworm.com/read/370335/9605455
m fourier_filter.m
% A program that performs spatial filtering.
% Written by Amita B. Deb. Oxford 2008.
clc;
clear all;
close all;
M = 2^nextpow2(2000);
N = 2^nextpow2(2000);
deltax = 1;
deltay = 1;
x =
www.eeworm.com/read/201202/15413595
sci dyad2ix.sci
function ix = dyad2ix(j,k)
// dyad2ix -- Convert wavelet indexing into linear indexing
// Usage
// ix = dyad2ix(j,k)
// Inputs
// j Resolution Level. j >= 0.
// k Spatial Posi