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spotbox-v1.0
- 压缩感知理论,系数学习工具箱,多个信号算子,观测矩阵算子-Compressed sensing theory, the coefficient of learning toolbox, multiple signal operator, the observation matrix operator
EM
- EM算法Matlab实现。最大期望(EM)算法是在概率(probabilistic)模型中寻找参数最大似然估计或者最大后验估计的算法,其中概率模型依赖于无法观测的隐藏变量(Latent Variable)-EM algorithm by Matlab. Maximum expected (EM) algorithm is probabilistic (probabilistic) model to find maximum likelihood parameter estimation or m
kalmansourcecode
- 使用matlab_GUI编写,包括:扩展卡尔曼滤波,粒子滤波,去偏卡尔曼滤波和循环增益尔曼滤波的源程序,根据初始预测计算滤波值 再通过输入观测值进行卡尔曼滤波的仿真GUI界面程序-Matlab_GUI prepared to use, including: extended Kalman filter, particle filter, to the partial gain of Kalman filter and recycling thalmann source filter, acc
TEC
- 利用GPS观测文件以及地面站坐标计算电离层中的总电子含量-Files, and ground stations using GPS coordinates calculation observed in the ionosphere total electron content
压缩感知图像重构的算法
- 这是我自己编写的压缩感知图像重构的算法,用于学习,先稀疏,再观测系数,最后重建-This is your perception image compression algorithm used to study and review, thin, and observation of the reconstruction and
readOfile
- 读取GPS的观测O文件,读取速度较快,不占用过多内存-GPS observations O file reading, reading speed, do not take up too much memory
sz
- 水准测量平差计算,需要文件格式,三个文件,观测数据,已知数据,闭合差-English
wave
- 可控脉冲发生器的VHDL源代码。设计文件加载到目标器件后,按下按键开关模块的S8按键,在输出观测模块通过示波器可能观测到一个频率约为1KHZ、占空比为50 的矩形波。按下S1键或者S2键,这个矩形波的频率会发生相应的增加或者减少。按下S3键或者S4键,这个矩形波的占空比会相应的增加或减少。-Controllable pulse generator of the VHDL source code. Design documents loaded to the target device and p
facerecognition
- 采用OpenCV进行人脸识别,隐马尔科夫链的应用,由混合分量来分割HMM的每个内在状态的所有观测值,运用现有的图像观测值分割为所有嵌入和内部的HMM函数,计算可能的变换矩阵-Using OpenCV for face recognition, hidden Markov chain applications, from the mixed components to split the internal state of each HMM all observations, use of the
Navigation-Message-Files
- 读取GPS卫星导航文件和观测值文件C程序源代码。-Read the GPS satellite navigation files and observation file C source code.
EMD-Toolbox
- EMD的Toolbox及使用方法 经验模态分解(Empirical Mode Decomposition, 简称EMD)是由美国NASA的黄锷博士提出的一种信号分析方法.它依据数据自身的时间尺度特征来进行信号分解, 无须预先设定任何基函数。这一点与建立在先验性的谐波基函数和小波基函数上的傅里叶分解与小波分解方法具有本质性的差别。正是由于这样的特点, EMD 方法在理论上可以应用于任何类型的信号的分解, 因而在处理非平稳及非线性数据上, 具有非常明显的优势。所以, EMD方法一经提出就在不同的
noise_let_Measurements
- 这是一个实值的Noiselet变换,压缩感知的图像应用中的的Noiselet观测矩阵 -1) This implementation uses exactly m*log2(m) additions/subtractions. 2) This is a real-valued variation of "dragon" noiselets. 3) This is symmetric and orthogonal. To invert, apply again and divide by
ADRC
- 本文采用基于无模型的自抗扰算法,将网络环节和被控对象同视为控制对象,利用扩张状态观测器对控制系统的变化进行实时观测估计。-ADRC method based on no model is used in this paper, network system and control object are regarded as control object together, using extended state observer (ESO) estimating variation of t
sample1
- 在测量上,观测的方向数据是以度等的方向观测值,此算法是将角度化弧度和弧度化角度
LV_serial_view
- 一个用LabVIEW写的观测显示的小程序,用来对单片机上传的串口数据进行显示,仅适合lv初学者。-Using LabVIEW to write an observation shows that a small procedure, used for single-chip serial port to upload data show that only suitable for beginners lv.
lwr
- 强局部加权回归算法由Cleveland[7]提出,主要利用局部观测数据对欲拟合点进行多项式加权拟合,并用最小二乘法进行估计.它综合了传统的局部多项式拟合,局部加权回归以及具有强鲁棒性的拟合过程 -Strong locally weighted regression algorithm by Cleveland [7] proposed, mainly using local observational data points on the polynomial fitting For wei
chap3(1)
- 在工程实践和科学实验中,常常需要从一组实验观测数据之中找到自变量与因变量之间的关系,一般可用一个近似的函数来表示。函数的产生办法因观测数据和要求不同而异,数据插值和你和是两种常用的办法。-In engineering practice and scientific experiments, often from a set of experimental data to find the independent variables and dependent variable relations
chap3(2)
- 在工程实践和科学实验中,常常需要从一组实验观测数据之中找到自变量与因变量之间的关系,一般可用一个近似的函数来表示。函数的产生办法因观测数据和要求不同而异,数据插值和你和是两种常用的办法。-In engineering practice and scientific experiments, often from a set of experimental data to find the independent variables and dependent variable relations
rinexe
- 读rinex文件 GPS卫星观测数据的导航文件-Reading rinex document GPS navigation satellite observation data file
jdpc
- 基于拟稳平差和假设检验的方法经典平差在沉降观测中的数据处理问题-Based on the proposed adjustment and stabilization method of classical hypothesis testing adjustment in the settlement observation in the data-processing problem