文件名称:(F)-SAR00
- 所属分类：
- 数值算法/人工智能
- 资源属性：
- [Windows] [Visual C] [源码]
- 上传时间：
- 2012-11-26
- 文件大小：
- 8.99mb
- 下载次数：
- 0次
- 提 供 者：
- 张*
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
介绍说明－－下载内容均来自于网络，请自行研究使用
线性调频变标算法，用于合成孔径雷达成像。Input文件夹下的输入文件是由ANSYS剖分生成的目标的结构文件，计算完后的图像数据会存在output文件夹中，再在Matlab中调用draw_image.m即可显示出图像。-chirp scaling algorithm used for synthetic aperture radar imaging
(系统自动生成,下载前可以参看下载内容)
下载文件列表
(F) SAR00\Auxiliary\fft.for
.........\.........\fun.for
.........\.........\fun_vector.for
.........\Debug\constantdata.mod
.........\.....\DF60.PDB
.........\.....\fft.obj
.........\.....\fun.obj
.........\.....\fun_vector.obj
.........\.....\init_inis.obj
.........\.....\init_mis.obj
.........\.....\init_mss.obj
.........\.....\main.exe
.........\.....\main.ilk
.........\.....\main.obj
.........\.....\main.pdb
.........\.....\module.obj
.........\.....\mss_cs.obj
.........\.....\read_pt.obj
.........\.....\sardata.mod
.........\.....\signaldata.mod
.........\.....\targetdata.mod
.........\.....\write_image.obj
.........\draw.m
.........\draw_image.m
.........\Image\inis_fft.for
.........\.....\mis_fft.for
.........\.....\mss_cs.for
.........\.nit\init_inis.for
.........\....\init_mis.for
.........\....\init_mss.for
.........\..put\cube_1(600M_60_0).txt
.........\.....\cube_1(600M_90_0).txt
.........\.....\MIS\Cube_1(0.04)(3000_90_90).txt
.........\.....\...\mis.txt
.........\.....\...\VFY-218(3000_90_90).txt
.........\.....\...\VFY-218(3500_90_90).txt
.........\.....\plane.txt
.........\.....\pt_data1.txt
.........\.....\pt_data2.txt
.........\.....\sphere_1(600M_90_0).txt
.........\.....\tank.txt
.........\main.dsp
.........\main.dsw
.........\main.for
.........\main.ncb
.........\main.opt
.........\main.plg
.........\Module\module.for
.........\Output\image.txt
.........\RW\read_pt.for
.........\..\write_image.for
.........\Input\MIS
.........\Auxiliary
.........\Debug
.........\Image
.........\Init
.........\Input
.........\Module
.........\Output
.........\RW
(F) SAR00
.........\.........\fun.for
.........\.........\fun_vector.for
.........\Debug\constantdata.mod
.........\.....\DF60.PDB
.........\.....\fft.obj
.........\.....\fun.obj
.........\.....\fun_vector.obj
.........\.....\init_inis.obj
.........\.....\init_mis.obj
.........\.....\init_mss.obj
.........\.....\main.exe
.........\.....\main.ilk
.........\.....\main.obj
.........\.....\main.pdb
.........\.....\module.obj
.........\.....\mss_cs.obj
.........\.....\read_pt.obj
.........\.....\sardata.mod
.........\.....\signaldata.mod
.........\.....\targetdata.mod
.........\.....\write_image.obj
.........\draw.m
.........\draw_image.m
.........\Image\inis_fft.for
.........\.....\mis_fft.for
.........\.....\mss_cs.for
.........\.nit\init_inis.for
.........\....\init_mis.for
.........\....\init_mss.for
.........\..put\cube_1(600M_60_0).txt
.........\.....\cube_1(600M_90_0).txt
.........\.....\MIS\Cube_1(0.04)(3000_90_90).txt
.........\.....\...\mis.txt
.........\.....\...\VFY-218(3000_90_90).txt
.........\.....\...\VFY-218(3500_90_90).txt
.........\.....\plane.txt
.........\.....\pt_data1.txt
.........\.....\pt_data2.txt
.........\.....\sphere_1(600M_90_0).txt
.........\.....\tank.txt
.........\main.dsp
.........\main.dsw
.........\main.for
.........\main.ncb
.........\main.opt
.........\main.plg
.........\Module\module.for
.........\Output\image.txt
.........\RW\read_pt.for
.........\..\write_image.for
.........\Input\MIS
.........\Auxiliary
.........\Debug
.........\Image
.........\Init
.........\Input
.........\Module
.........\Output
.........\RW
(F) SAR00