| charpolycoef() | Characteristic polynomial of a matrix |
| choldecomp() | Cholesky Decomposition |
| combination() | Combination |
| companionmatrix() | Companion matrix |
| condnum() | Condition number of a matrix |
| conv() | Convolution |
| conv2() | Two-dimensional convolution |
| complexsilve() | Solve a complex equation |
| corrcoef() | Correlation coefficient |
| correlation2() | Two-dimensional Correlation |
| covariance() | Covariance |
| cross() | Cross product |
| cumprod() | Cumulative product calculation |
| cumsum() | Cumulative sum calculation |
| curvefit() | Fit a set of data points to a combination of specified functions |
| deconv() | Deconvolution |
| derivative(), derivatives() | Derivation |
| cdeterminant(), determinant() | Determinant of a matrix |
| cdiagonal(), diagonal() | Get a vector with diagonals of a matrix |
| cdiagonalmatrix(),diagonalmatrix() | Create a diagonal matrix |
| difference() | Differences of adjacent elements of vector |
| dot() | Dot product |
| eigensystem() | Eigenvalues and Eigenvectors |
| expm() | Matrix exponential |
| factorial() | Factorial |
| fevalarray(), cfevalarray() | Function evaluation |
| fft() | Fast Fourier Transform |
| filter() | Filter |
| filter2() | Two-dimensional Filter |
| fminimum(), fminimums() | Find the minimum value of a function |
| fliplr() | Flip matrix in left/right direction |
| flipud() | Flip matrix in up/down direction |
| fsolve() | Find zeros of a nonlinear system of equations |
| cfunm(), funm() | Matrix function evaluation |
| fzero() | Find a zero position of a nonlinear function |
| gcd() | Greatest common divisor |
| hessdecomp() | Hessenberg Decomposition |
| identitymatrix() | Identity matrix |
| ifft() | Inverse Fast Fourier Transform |
| integral1() | Integration |
| integral2() | 2D Integration |
| integration2() | 2D Integration |
| integral3() | 3D Integration |
| integration3() | 3D Integration |
| interp1() | One-dimensional interpolation |
| interp2() | Two-dimensional interpolation |
| inverse(), cinverse() | Inverse of a square matrix |
| lcm() | Least common multiple |
| linsolve() | Solve the linear equations by LU factorization |
| llsqcovsolve() | Solve the linear equations by linear squares with known covariance |
| llsqnonnegsolve() | Solve the linear equations with non-negative values by linear squares method |
| llsqsolve() | Linear Least square solution for linear equations |
| logm() | Matrix natural logarithm |
| ludecomp() | LU factorization |
| mean(), cmean() | Mean value calculation |
| median() | Median value calculation |
| norm() | Norm of a vector or matrix |
| nullspace() | Null space of a matrix |
| odesolve() | Ordinary Differential Equations, |
| orthonormalbase() | Orthonormal bases of a matrix |
| pinverse() | Pseudoinverse a matrix |
| polyder(), polyder2() | Polynomial derivative or derivative of product or quotient of two polynomials |
| polyeval(), cpolyeval(), polyevalarray() | Polynomial and its Derivative Evaluation |
| polyevalm() | Matrix polynomial function evaluation |
| polyfit() | Fit a set of data points to a polynomial function |
| product(), cproduct() | Product of all elements |
| qrdecomp() | Orthogonal-triangular QR Decomposition |
| rank() | Rank of a matrix |
| residue() | Residue |
| rcondnum() | Reciprocal condition number of a matrix |
| roots() | Roots of a polynomial |
| rot90() | Rotate matrix 90 degrees |
| specialmatrix() | Special matrix |
| schurdecomp() | Schur decomposition |
| sort() | Sorting elements |
| sqrtm() | Matrix square root |
| std() | Standard deviation |
| sum(), csum() | Sum of all elements |
| svd() | Singular value decomposition |
| trace(), ctrace() | Sum of diagonal elements of a matrix |
| triangularmatrix(), ctriangularmatrix() | Triangular matrix |
| xcorr() | Cross correlation |
