代码搜索：机载SAR
找到约 1,219 项符合「机载SAR」的源代码
代码结果 1,219
www.eeworm.com/read/449504/7503083
m sar_g.m
function results = sar_g(y,x,W,ndraw,nomit,prior)
% PURPOSE: Bayesian estimates of the spatial autoregressive model
% y = rho*W*y + XB + e, e = N(0,sige*V), V = diag(v1,v2,...vn)
%
www.eeworm.com/read/449504/7503084
m sar_gv.m
function results = sar_gv(y,x,W,ndraw,nomit,prior)
% PURPOSE: Bayesian estimates of the spatial autoregressive model
% THIS FUNCTION: estimates the heteroscedasticity parameter r
% a
www.eeworm.com/read/448979/7521352
m sar3.m
%--------------------------------------------------------%
% 正侧视SAR点目标仿真
% 点目标参数:方位向距离为0,斜距为50000,后向反射系数为1
%--------------------------------------------------------%
clc;clear;close all;
%------
www.eeworm.com/read/447071/7558539
m sar_echo.m
clear all;
%======================================================================
%%% (I) parameters' definition
%======================================================================
c=3e+8;
www.eeworm.com/read/446715/7570589
pdf mrf_sar.pdf
www.eeworm.com/read/436588/7767149
m sar_panel.m
function results = sar_panel(y,x,W,T,info)
% PURPOSE: computes spatial lag model estimates for spatial panels (N regions*T time periods)
% y = p*W*y + X*b + e, using sparse matrix algorith
www.eeworm.com/read/240236/13229818
txt sar应用详解.txt
sar应用详解
sar一个开放源代码工具；它由 Sebastien Godard 维护。这个工具也包含于大部分 Linux 发行版本中，可用于当前的 2.4 和 2.6 内核，在red hat Linux 9.0 中是Sysstat 。也可以在其主页下载，下载链接：http://download.stmc.edu.hk/redhat/linux/9/en/os/RedHat/RPMS/s
www.eeworm.com/read/307574/13720340
m sar_echo.m
clear all;
%======================================================================
%%% (I) parameters' definition
%======================================================================
c=3e+8;
www.eeworm.com/read/300969/13874134
s sar2.s
.define .sar2
.text
.sar2:
! bx, descriptor address
! ax, index
pop cx
pop dx ! base address
push cx
xchg di,dx ! di = base address, dx is saved di
sub ax,(bx)
mov
www.eeworm.com/read/132807/5909248
s sar2.s
.define .sar2
.text
.sar2:
! bx, descriptor address
! ax, index
pop cx
pop dx ! base address
push cx
xchg di,dx ! di = base address, dx is saved di
sub ax,(bx)
mov