搜索资源列表
预估校正算法
- 分数阶混沌系统的预估校正算法的matlab程序仿真
ShaderDemo
- opengl实现360度广角鱼眼镜头图像校正。(opengl fish eye calibration)
零速校正原版
- 利用零速检测检测零速时刻然后进行零速校正进行行人导航(Zero speed detection is used to detect the zero speed moment, and then zero velocity correction is used for pedestrian guidance)
matlab
- 基于离散时间对象的最小方差自校正控制器的仿真(Simulation of minimum variance self-tuning controller based on discrete time object)
6S
- 遥感数据6S模型大气校正，适用于环境星，陆地卫星等卫星数据，(Atmospheric correction)
极限
- 对采集的一组待匹配的鱼眼镜头图像对（两幅）进行极限校正(Image limit correction)
Compensate
- ISAR成像中的初相校正算法，主要包括了单特显点法和多特显点法。(ISAR imaging in the initial phase correction algorithm, including the single prominent point and multiple prominent point method.)
实验一&阅读材料
- 图像配准校正实验，包括图片和处理程序以及阅读材料(Image registration and correction)
cal_calibration
- 几何校正影像.用于对遥感影像的初级校正。包括影像畸变、灰度调整等功能。(calibrate remote sensing images)
1
- IDL大气校正，镶嵌源码， 对于新手学习帮助很大。(IDL atmospheric correction, mosaic source code, for beginners to learn a lot of help.)
ADC-DAC
- 模拟电压采样，单片机校正后输出数字电压，通过DAC芯片输出校正后的电压(Analog voltage sampling, MCU output digital voltage correction, through the DAC chip output corrected voltage)
static
- 对地震资料炮集进行炮点检波点常熟静校正c语言源代码(Seismic data for the gun point detection static correction, C language source code)
线阵校正的经典NSF方法，针对阵列幅相误差进行。
- 该种算法估计比较准确，误差仅有0.01度，并且对该误差进行了校正(The algorithm is more accurate, the error is only 0.01 degrees, and the error is corrected)
A微波遥感编程实习
- 微波遥感集中实习SAR影像几何校正，微波遥感几何校正(geometric correction of SAR)
TopographicCorrection
- envi里的小插件，用于图像处理，地形校正(For image processing, terrain correction)
RotationCorrection
- 旋转校正，能够对旋转后的图片进行校正，大家可以试一下(Rotation correction, after the rotation of the picture can be corrected, we can try)
Project3
- 用于图象畸变校正的C++程序，可以检测桶形畸变(For image distortion correction)
BiZHiFa
- 基于傅里叶变换后的峰值和次峰值的比值对非整周期fft的幅值和相位进行校正，其中添加不同窗函数。(Based on the ratio of peak to sub peak after Fourier transform, the amplitude and phase of non periodic FFT are corrected, in which different window functions are added.)
XiangWeiChaFa
- 利用两段信号的相对差，对非整周期采用信号的频谱进行幅值和相位的校正。(The amplitude and phase of the signal spectrum are corrected by using the relative difference of the two segment signals.)
NongLiangZHongXinFa
- 利用频谱线的能量重心原理完成对非整周期采样信号的频谱的幅值和相位的校正。(The amplitude and phase correction of the spectrum of the non periodic sampling signal is completed by using the energy barycenter principle of the spectrum line.)