The function implement the 2D dyadic(Paley) ordered fast in-place Walsh-Hadamard transform, which can be used in signal processing, pattern recognition and Genetic alogorithms. This algorithm uses a Cooley-Tukey type signal flow graph and is implemented in N log2 N additions and subtractions. Data sequence length must be an integer power of 2. The inverse transform is the same as the forward transform except for the multiplication factor...
It calculates the Inverse Kinematic of an Anthropomorphic arm with 3 DOF. 'q' is the solutions in radiant and K is the direct Kinematic matrix.
K = [ n s a p; 0 0 0 1] where n, s, a are three vectors fo 3 elements...
This m-function returns the negative hypergeometric probability density function with parameters M, N and A at the values in X. Note: The density function is zero unless M, N and A are integers.
If a lot consists of M acceptable items...
Forward kinematics: It is applied through homogeneous transformation matrix, almost in the similar fashion as any CAD software perform rotation and translation of CAD model. Inverse Kinematics: It is applies through the use of...
The files in this folder contains small routines for MATLAB to compute and plot triangular probability denstity function. There are following 4 files:
tglpdf : Compute and plot triangular probability density function for given value of...
Allows compact representation of block-circulant matrices and fast operations (*,,pinv,etc).
Circulant matrices arise in many matrix problems where the underlying mathematical model has rotational symmetry. In many problems, the problem...
rle: Run Length Encoding, use it to compress a vector of values. irle: Inverse Run Length Encoding, use it to reconstruct a vector of values. Readme: Help, how you can use this code.
DEC2MBASE: converts decimal integers to multiple based numbers. MBASE2DEC: the inverse function of DEC2MBASE.
Two corresponding html documents are also supplied for detailed documentation.
Hilbert16.m: function, we can use it to scan [16 16] block Hilbert.m: function, we can use it to scan [8 8] block Hilbertinv16.m: inverse hilbert scan, we use it to reconsruct the block Hilbertinv.m: inverse...
CUTE works with all modern browsers without the need of additional plugins.
Example
syms a b c d e f g h i; cute ({inv([a, b, c; d, e, f; g, h, i]); ... sqrt(sinh(a)/acosh(b) - ... 42*log(c)) + ... ...
rilt Regularized Inverse Laplace Transform [g,yfit,cfg] = rilt(t,y,s,g0,alpha) Array g(s) is the Inverse Laplace Transform of the array y(t), calculated by a regularized least squares method.
This script is an...
Converts a matrix into a cell array of different sized matrices that make up the blocks. Essentially if one has a matrix M that they wish to store more efficiently in memory/use for function bldiagmult.m (same author), then use ...
4.1 DEFINITION OF THE -TRANSFORM 4.2 PROPERTIES OF THE -TRANSFORM 4.3 THE INVERSE -TRANSFORM 4.3.1 Inverse -transform by Partial Fraction Expansion 4.3.2 Inverse -transform by Long Division 4.4 ANALYSIS OF LTI SYSTEMS...
The m-file finds the elimination matrices (and scaling matrices) to reduce any A matrix to the identity matrix using the Gauss-Jordan elimination method without pivoting. Using the matrices gotten it computes the inverse of the A matrix.
Numerical solutions for the conversion of an isothermal axially dispersed plug flow reactor accomplishing first and second order reactions are obtained. The Danckwerts boundary conditions for the so-called "closed" configuration are...
Performs hierarchical clustering of data using specified method and seraches for optimal cutoff empoying VIF criterion suggested in "Okada Y. et al - Detection of Cluster Boundary in Microarray Data by Reference to MIPS Functional...
Spanish Tutorial on Neural Control. For academic and educational purposes only. This tutorial presents the implementation of neural networks in control of a flexible swivel non-linear dynamics. Neural networks are trained offline to identify...
Important Note: This model could only be compatible with MATLAB 7(R14) and CCS 2.21. It might work for other versions of MATLAB & CCS but for that Sampling Rates & data types of various simulink blocks might have to be adjusted...
Program given here computes the discrete transfer function of a DC motor (Example taken in this case) using pseudo inverse technique. The input and output data for any single input single output system can be used to find out the discrete transfer...
this function is contains "Transformation" and "Inverse"...which means Transfom 2D matrix or image, and then the user can use the same function for inverse to return 2D matrix |