Name | Description |
cxsink | Function has a single complex input buffer, and auto-fanout outputbuffers. The parameter is the number of complex samples to skip ( swallow) |
cxskip | Function has a single complex input buffer, and auto-fanout output buffers. The parameter is the number of complex samples to skip ( swallow) |
cxsum | This star is an extension of "cxadd". It creates a Weighted Sum of all input channels and sends it to the output buffer(s). |
datagen | This function generates a random sequence of bits, which can be used to exercise a data transmission system. |
dco2 | This star produces samples of the outputs every 1/fs seconds. The dco behaves just like an FM modulator. The phase is updated as theta=theta+lambda (integrates the input) |
dco | This star produces samples of the outputs every 1/fs seconds. The dco behaves just like an FM modulator. The phase is updated as theta=theta+lambda (integrates the input) |
decbin | This star converts the input stream into a binary stream of "1"s and "0". If the input is >0 a "1" is output. |
decimate | Decimation filter for weights in Delta Sigma Modulation |
dec_qpsk | This star inputs constellation points and decods them into a bit stream. It is assumed that the constellation was produced by qpsk.s. |
delay | Function delays its input samples by any number of samples |
demux | This star provides periodic demultiplexing of an input data stream. |
dffil | Star implements direct form IIR digital filter. |
dff | D flip-flop positive edge triggered |
divby2 | This star produces a square wave at half the frequency of the incomming wave |
divider2 | Divides input asynchronously by specified parameter |
divider | Divides input asynchronously by specified parameter |
ds2 | This star is a self-contained second order delta sigma modulator. |
ds3 | This star is a self-contained third order delta sigma modulator. |
dtoa | This star simulates a digital to analog converter. |
ecountfap | This star compares two data streams for "equality" (use for BER). Appends to file. |