Computational complexity

Computational complexity between FBMC/OQAM and OFDM

The computational complexity of filter bank structures can be evaluated by calculating the numberof real multiplications and additions that are necessary to compute a new length-M

Digital Signal Processing Using MATLAB

Companion Software

Computing of Voigt/complex error function with small y

This program file is presented for highly accurate approximation of the Voigt/complex error function with small imaginary argument y ≤ 0.1.

2-D Fast DOST Decompotion and Reconstruction

This is the 2-D Fast DOST Decomposition and reconstruction. The computational complexity is O(NlnN)

This is the 2-D Fast DOST Decomposition and reconstruction. The computational complexity is O(NlnN)This code only take the input of size 2^m x 2^n due to the using of the FFT and the blocking

Computable Complexity Estimates for Finite Binary Strings

Experimental attempt to overcome problems with Shannon's entropy and other complexity measures.

Shor's Algorithm

Theoretical analysis of Shor's quantum factorization algorithm and its implications for modern cryptography and computational complexity

current quantum hardware, and evaluates the cryptographic impact on RSA and ECC security. Includes computational benchmarks and complexity comparisons.

Compute zeta(s) to full double precision for complex s

The MEX interface between MATLAB and the Fortran 90 implementation of the Riemann zeta function. Much faster than MATLAB zeta(s) function.

Riemann_zeta or Riemann_zeta_prime. The resultsare then rounded back to double precision and returned to MATLAB.The computational complexity is O(sqrt(|Im(s)|)) in the critical strip 0<=Re(s)<=1. In other

GIFT

Group ICA/IVA software (MATLAB)

The Voigt/complex error function by vectorized interpolation

Program-shell that accelerates computation of the Voigt and complex error functions for the HITRAN applications.

computation of the large-size input arrays and it meets accuracy requirement for the HITRAN applications. To run the program, download the file from the MATLAB Central, file ID # 66752, and put it to the same

Smooth Takagi decomp. of a complex symmetric matrix function

Numerical computation of a smooth Takagi decomposition of an n-by-n complex symmetric matrix valued function of one real parameter

Smooth singular value decomp. of complex matrix function

Numerical computation of a smooth singular value decomposition of a n-by-n complex matrix valued function of one real parameter

Kolmogorov Complexity

Estimate of the Kolmogorov complexity of a finite time series.

This function estiamtes the Kolmogorov Complexity of a binary sequence. The algorithm is as described in Lempel and Ziv (IEEE trans inf theory IT-22, 75 (1976)) and Kaspar and Schuster (Physical

calc_lz_complexity

Calculates the Lempel-Ziv complexity of binary sequence - a measure of its "randomness"

This function calculates the complexity of a finite binary sequence, according to the work presented by Abraham Lempel and Jacob Ziv in the paper "On the Complexity of Finite Sequences", published in

Computational Colour Science using MATLAB 2e

Colour toolbox that accompanies the second edition of Computational Colour Science using MATLAB

Colour toolbox that accompanies the second edition of Computational Colour Science using MATLAB (Westland, Ripamonti and Cheung, 2012).Toolbox allows spectral interpolation, calculation of colour

Complexity Entropy Causality Plane using Permutation Entropy

This is a matlab function for estimating parameters of Complexity Entropy Causality plane using Permutation Entropy.

This is a matlab function for estimating parameters of Complexity Entropy Causality plane using Permutation Entropy. This code is inspired and modified for computation in MATLAB from

Particle Roundness and Sphericity Computation

Particle Roundness computation

MATLAB Contest - Knots

All the files needed to develop and score an entry for the MATLAB^® Programming Contest.

MATLAB Contest - Vines

All the files needed to develop and score an entry for the MATLAB^® Programming Contest.

MATLAB Contest - Flooding

All the files needed to develop and score an entry for the MATLAB^® Programming Contest.

SALS Toolbox

Structural Analysis of Linear Systems Toolbox

Perron root computation

An algorithm that computes the Perron root and Perron vector for an irreducible non-negative matrix.

computation may be required for these application. This function lets you calculate the perron root and the perron vector for non-negative irreducible matrices. Perron root computation is based on the algorithm

Fundamental Computations

This is a GUI application for geodetic fundamental computation.

This application contains 4 different fundamental computation methods. First one: calculation of the coordinates of unknown point B with the help of azimuth angle of point A and distance between

Fundamental Matrix Computation

This package, implements the 3 standard algorithms for the computation of the fundamental matrix.

Computation of Special Functions

MATLAB translation (via f2matlab) of the original FORTRAN of "Computation of Special Functions."

MATLAB routines for computation of Special FunctionsThese routines are a direct translation, performed using f2matlab, of the original FORTRAN-77 implementation of "Computation of Special

MATLAB Contest - Tiles

All the files needed to develop and score an entry for the MATLAB^® Programming Contest.

Modelling of 2D Shapes with Ellipses

Representation of a given 2D shape with an automatically determined number of ellipses.

evaluated based on theAkaike Information Criterion (AIC). This considers a novel, entropy-based shapecomplexity measure that balances the model complexity and the model approxi-mation error. In order to

Computation Of Antenna Array Paterns plot

Simple matlab program for Computation of Antenna Array patterns and plotting the patterns

Randomness Properties

5 Randomness tests

The following 5 tests are implemented:1. Linear Complexity2. Probability LC Finite3. LC Periodic Infinite4. Topology Binary Test5. K-Error LC FiniteThe help is also provided to explain each test.

Open Genetic Algorithm Toolbox

This is a toolbox to run a GA on any problem you want to model.

Numerical Computing with MATLAB

Toolbox containing files and app from Numerical Computing with MATLAB

matrix computation, interpolation and zero finding, differential equations, random numbers, and Fourier analysis. This toolbox contains a MATLAB app and more than 60 MATLAB code files. These accompany over

Generalized SEIR Epidemic Model (fitting and computation)

Numerical implementation of an extended SEIR model with time-dependent death and recovery rates

Generalized SEIR Epidemic Model (fitting and computation)DescriptionA generalized SEIR model with seven states [2] is numerically implemented. The implementation is done from scratch except for the

Computational Geometry Toolbox

Convex hull, mesh generation, Delaunay triangulation, Voronoi diagram and other algorithms.

, structural or not, to be numerically analysed.Apart from this, they can be used to solve various problems of computational geometry, such as:- convex hulls- intersections- triangulation and partitioning- line

Cell Segmentation - SEG-SELF Method

Region based method for segmenting and splitting images of cells in an unsupervised manner.

The Computation of Pi by Archimedes

Archimedes wrote 3 1/7 > pi > 3 10/71. This is how he did it.

computation is repeated and explained here using MATLAB.

hctsa

Highly comparative time-series analysis

CRC-32 Computation Algorithm

Computes the CRC-32 checksum value of a byte vector.

EXIT chart computation

Matlab class implementing several methods for the computation of EXIT charts.

Chebfun - current version

Numerical computation with functions

VLE Computations using GUI

Uses GUI to perform VLE computations

relative volatility).A similar program using Mathematica 6.0 is available at the following link:http://demonstrations.wolfram.com/IsobaricVaporLiquidEquilibriumComputations/

Computational Statistics Webinar

Use cross validation and Bootstrap to enhance LOESS

Dataset and m files for the Computational Statistics webinar.myloess.m is used to interpolate a LOESS curve. chole_loess.m is the primary m files used during the webinar.

MATLAB Support Package for Quantum Computing

Build, Simulate, and Run Quantum Algorithms

The calculation of solving equivalent permeability tensor of complex fracture system

It is for the calculation of solving equivalent permeability tensor of complex fracture system

The Matrix Computation Toolbox

A collection of M-files for carrying out various numerical linear algebra tasks.

The Matrix Computation Toolbox is a collection of MATLAB M-files containing functions for constructing test matrices, computing matrix factorizations, visualizing matrices, and carrying out direct

Curve intersections

Fast computation of intersections and self-intersections of curves using vectorization.

Use handle classes to model dependencies between computation steps

Trigger computations in one object once computation results from other objects become available.

complexity of arranging the order of computations that partially depend on each other. The computation can even be distributed to a cluster environment, if MATLAB DCS or QSUB_SUBMIT_CM

MSD Toolbox

Multi-Stage Decimation Toolbox

controllability and observability capabilities. The user can observe the in-band noise (IBN) as well as the computation effort (RT) at each stage. Further, the designer can choose between several filter

Montalvo Models, Simulations and Scripts

This is my public repo of all my MATLAB Screen cast codes and other random codes written in MATLAB

EEG Feature Extraction Toolbox

This toolbox offers 30 types of EEG feature extraction methods (HA, HM, HC, and etc.) for Electroencephalogram (EEG) applications.

Computation of craniofacial symmetry

Computation of 3D symmetry plane of a triangulated model

gypsilab

Fast numerical method for protyping in matlab (FEM, BEM, H-Matrix, ray-tracing, etc.)

toolbox for fast numerical computation with finite element and boundary element methods. Accessible with a high-level programming language, it gives a useful framework for fast prototyping. Initially

Computational Physics - Example No.1

Computational Physics, Modeling and Simulating a Physical Systems Ex1: Kepler's Laws

This is the first example of Computational Physics, Modeling and Simulating a Physical SystemsEx1: Kepler's Laws

Complex Polygon Area

Simply routine for calculating area of complex, self-intersecting polygon

Complex Exponential Analysis

Noise and decomposition algorithms for complex exponentials.

Complex Moving Average Indicators

Multiple Complex Moving Average Calculations

MATLAB Contest - Wiring

All the files needed to develop and score an entry for the MATLAB^® Programming Contest.

Computational Finance. MATLAB oriented modeling

Chapter-by-Chapter MATLAB codes related to the book "Computational Finance. MATLAB oriented modeling"

Simulink Model Complexity Analyzer

Analyzes Simulink Model Complexity (Static and Dynamic Complexities)

This tool measures total model complexity by computing Static Complexity (Halstead Metrics) and Dynamic Complexity by using Profiler Data.

Satellite Orbit Computation

Modified SGP4 code for GPS interface

A modified version of the SGP4 code used for standard satellite orbit computation using two-line elements (TLE). The modified code outputs satellite positions and velocity in ECF coordinates and

cxroot - Complex root of complex function

The function solves a problem of complex root of a complex user-defined function.

Surface Curvature

Vectorized surface curvature computation