Adaptive Signal Processing for Design, Analysis, and Simulation
Features: 4 Design Modules: Prediction, Modeling, Multi-Channel, and Multi-Dimension
- From fixed-point (8-bit) to floating-point (64-bit) arithmetic for computation
- Architectures: transversal, lattice-ladder, ARMA, and arrays
- Excellent Windows user interface
- Many output plots for analying designs
- Support Real-Time processing with DSK31 of Texas Instruments,TMS320C3x boards, and PC32 of Innovation for selected adaptive algorithms
21 Adaptive Filter Algorithms:
- 5 LMS Algorithms
* Standard Least Mean Square (LMS) * Normalized LMS * Data Sign LMS * Error Sign LMS * Sign LMS
- 3 Lattice LMS Algorithms
* Lattice LMS 1 * Lattice LMS 2 * Lattice LMS 3
- 3 Transversal Fast Kalman Algorithms
* Transversal Fast Kalman 1 * Transversal Fast Kalman 2 * Transversal Fast Kalman 3
- 3 Fast A Posteriori Error Sequential Techniques Algorithms(FAEST)
* Transversal FAEST 1 * Transversal FAEST 2 * Transversal FAEST 3
- 3 Recursive Least Squares(RLS) Algorithms
* A Priori RLS Lattice * Double RLS Lattice * Householder RLS
- 4 QR Rotations Algorithms
* Givens Rotation With Square Root Algorithms * Givens Rotation Without Square Root Algorithms * Recursive Modified Gram-Schmidt (RMGS) Algorithms * A Priori RMGS Algorithms
