Name | Description | ||
lpcanalysis | This routine produces the lpcanalysis | lpcanalysis | of the input buffer. The samples are analyzed a window at a time. |
lpc | This star computes the LPC parameters of the input samples. | ||
lpf | This star implements an IIR filter as a recursive equation: y(n)=pole*y(n-1)+(1-pole)*x(n). This implementation produces unity gain at DC. | ||
mau | This star simulates an Ethernet media access unit (MAU or transceiver) | ||
mbset | Gives one outputs for Mandelbrot Set | ||
mixer | This star takes two inputs and produces their product. | ||
more | Function prints samples from an arbitrary number of input buffers to the terminal output using the "more" command (one sample from each input is printed on each line) | ||
mulaw | This star implements a mulaw quantizer | ||
multiply | Function multiplies all its input samples to yield an output sample | ||
mux | This star actively selects one input data channel to send to its output. | ||
nand | Function performs logical "nand" of all its input samples to yield an output sample. | ||
nl | Normalized Lattice Filter | ||
node | Function has a single input buffer, and outputs each input sample to an arbitrary number of output buffers. | ||
nonlin | Gives two outputs for bifurcation diagram | ||
nonlinsaleh | Models non linear amplifiers (e.g. TWT) with AM-AM and AM-PM. | ||
nor | Function performs logical "nor" of all its input samples. | ||
null | This star does nothing, simply puts its input samples on its output buffer. It is useful as a temporary substitute for a star. | ||
offset | DC offset star | ||
operate | Perform operations on input buffer. | ||
or | Function performs logical "or" of all its input samples |