| Name | Description |
| addnoise |
Adds gaussian noise to the input buffer.
|
| add |
Adds multiple floating point buffers. Auto fan-in auto fan-out
|
| and |
Function performs logical "and" of all its input samples
|
| ang |
This star finds the inverse tangent of x/y
|
| arprocess |
This star generates a selectable number of samples from an AR process represented as an IIR filter driven by Gaussian noise
|
| atod |
This star simulates a uniform analog to digital converter.
|
| autoxcorr |
If one input then compute autocorrelation. If two inputs then compute crosscorrelation.
|
| avrow |
Average rows of a matrix
|
| bdata |
This function generates a random sequence of bits, which can be used to exercise a data transmission system.
|
| bitmanip |
Review code.
|
| bitvec |
This star converts a bit stream to variable length vectors.
|
| blindadapt |
Blind adaptive equalization
|
| bpf |
Star implements a band pass IIR digital filter.
|
| cable |
This star simulates an Ethernet transceiver cable by introducing a fixed delay
|
| casfil |
Star implements cascade form IIR digital filter.
|
| clip |
This star eats values that are outside a range that is specified by the first parameter
|
| clkdly |
Function delays its input samples by any number of samples
|
| cmplxfft |
This star produces the fft of the input signal. The points are output as complex numbers.
|
| cmux |
This star ACTIVELY selects one input data channel to send to its output.
|
| cmxfftfile |
This star reads a file and computes its FFT during the initialization phase. (This produces H(k)). During execution, the star performs a complex multiplication of the FFT of the file with the input complex data blocks (The input fft, X(k)). It then outputs the complex result.
|
| cmxfft |
This star produces the fft of the input signal. The points are output
|
cmxfft |
as complex numbers.
|