| as.Tensor | Converts an array to an S3 tensor |
| fnorm | The Frobenius Norm |
| LU | LU Decomposition of a Complex Matrix |
| Mnist | Subset of MNIST training and testing data. |
| polar | Polar/Jordan form of matrices P and D |
| QR | QR Decomposition of a Complex Matrix without pivoting. |
| raytrace | Subset of raytrace data |
| tDWT | Discrete Wavelet Transform |
| tEIG | Tensor Eigenvalue Decomposition Using any Discrete Transform |
| tEIGdct | Eigenvalue decomposition of 3-mode tensor using the discrete cosine transform. |
| tEIGdht | Eigenvalue decomposition of 3-mode tensor using the discrete Hadley transform. |
| tEIGdst | Eigenvalue decomposition of 3-mode tensor using the discrete sine transform. |
| tEIGdwht | Eigenvalue decomposition of 3-mode tensor using the discrete Walsh Hadley transform. |
| tEIGdwt | Eigenvalue decomposition of 3-mode tensor using the discrete wavelet transform. |
| tEIGfft | Eigenvalue decomposition of 3-mode tensor using the discrete fast fourier transform. |
| Tensor | Creates an S3 class for a tensor |
| tIDWT | Inverse Wavelet Transform |
| tINV | Performs inverse of 3-mode tensor using any discrete transform. |
| tINVdct | Performs inverse of 3-mode tensor using the discrete cosine transform. |
| tINVdht | Performs inverse of 3-mode tensor using the discrete Hadley transform. |
| tINVdst | Performs inverse of 3-mode tensor using the discrete sine transform. |
| tINVdwht | Performs inverse of 3-mode tensor using the discrete Walsh Hadley transform. |
| tINVdwt | Performs inverse of 3-mode tensor using the discrete wavelet transform. |
| tINVfft | Performs inverse of 3-mode tensor using the discrete fast fourier transform. |
| tLDA | Linear discriminate analysis (LDA) on a 3D tensor |
| tLU | LU decomposition of a 3D tensor |
| tLUdct | LU decomposition of a 3D tensor using the discrete cosine transform |
| tLUdht | LU decomposition of a 3D tensor using the discrete Hadley transform |
| tLUdst | LU decomposition of a 3D tensor using the discrete sine transform |
| tLUdwht | LU decomposition of a 3D tensor using the discrete Walsh Hadley transform |
| tLUdwt | LU decomposition of a 3D tensor using the discrete wavelet transform |
| tLUfft | LU decomposition of a 3D tensor using the discrete fast fourier transform |
| tmean | Determines the mean of a 3D tensor along mode 2 |
| tmult | Tensor multiplication |
| tQR | QR decomposition of a 3D tensor |
| tQRdct | QR decomposition of a 3D tensor using the discrete cosine transform |
| tQRdht | QR decomposition of a 3D tensor using the discrete Hadley transform |
| tQRdst | QR decomposition of a 3D tensor using the discrete sine transform |
| tQRdwht | QR decomposition of a 3D tensor using the discrete Walsh Hadley transform |
| tQRdwt | QR decomposition of a 3D tensor using the discrete wavelet transform |
| tQRfft | QR decomposition of a 3D tensor using the fast fourier transform |
| tSVD | Singular value decomposition (SVD) |
| tSVDdct | Singular value decomposition (SVD) of a 3D tensor using the discrete cosine transform |
| tSVDdht | Singular value decomposition (SVD) of a 3D tensor using the discrete Hadley transform |
| tSVDdst | Singular value decomposition (SVD) of a 3D tensor using the discrete sine transform |
| tSVDdwht | Singular value decomposition (SVD) of a 3D tensor using the discrete Walsh Hadley transform |
| tSVDdwt | Singular value decomposition (SVD) of a 3D tensor using the discrete wavelet transform |
| tSVDfft | Singular value decomposition (SVD) of a 3D tensor using the fast fourier transform |
| t_rand | Create a random tensor |
| t_tpose | Tensor transpose |