DSP Blockset | ![]() ![]() |
Filtering
The following sublibraries reside in the Filtering library:
Blocks for computing filter estimates of an input using various algorithms. (Blocks are available in the Adaptive Filters library.)
Kalman Adaptive Filter |
Compute filter estimates for an input using the Kalman adaptive filter algorithm |
LMS Adaptive Filter |
Compute filter estimates for an input using the LMS adaptive filter algorithm |
RLS Adaptive Filter |
Compute filter estimates for an input using the RLS adaptive filter algorithm |
Filter Design, Analysis, and Implementation
Blocks for designing, analyzing, and implementing various filters. (Blocks are available in the Filter Designs library.)
Analog Filter Design |
Design and implement an analog filter |
Digital Filter |
Filter inputs with a specified time-varying or static digital FIR or IIR filter |
Digital Filter Design |
Design, analyze, and implement a variety of digital FIR and IIR filters. |
Filter Realization Wizard |
Automatically construct filter realizations using Sum, Gain, and Unit Delay blocks |
Overlap-Add FFT Filter |
Implement the overlap-add method of frequency-domain filtering |
Overlap-Save FFT Filter |
Implement the overlap-save method of frequency-domain filtering |
Multirate Filters
Blocks for implementing various multirate filters. (Blocks are available in the Multirate Filters library.)
Dyadic Analysis Filter Bank |
Decompose a signal into components of equal or logarithmically decreasing frequency subbands and sample rates |
Dyadic Synthesis Filter Bank |
Reconstruct a signal from its multirate bandlimited components. |
FIR Decimation |
Filter and downsample an input signal |
FIR Interpolation |
Upsample and filter an input signal |
FIR Rate Conversion |
Upsample, filter, and downsample an input signal |
Two-Channel Analysis Subband Filter |
Decompose a signal into a high-frequency subband and a low-frequency subband |
Two-Channel Synthesis Subband Filter |
Reconstruct a signal from a high-frequency subband and a low-frequency subband |
![]() | Estimation | Math Functions | ![]() |