Optimization of all software modem using flexible configuration parameters for high-performance computing (HPC)

A method for sending data via all software modem using flexible configuration parameters for high-performance computing (HPC) platform, the method comprising:

• sending a first user network data from a source;
• receiving the first user network data at a first modem, wherein the first user network data is modulated to a digital IQ data;
• sending the digital IQ data to a destination via a network;
• receiving the digital IQ data at a second modem, wherein the second modem is configured to run an interference mitigation program on the incoming data;
• demodulating the digital IQ data to a second user network data;
• and
• receiving the second user network data at the destination,
• wherein the all software modem comprises a digital IF transport receiver, an Interference Mitigation (IM), a Root-Raised Cosine Filter (RRCF), an equalizer, a timing recovery, a carrier recovery, a demodulator, a PL Deframer, a FEC Decoder, a BB Deframer, and
• wherein a signal is sent back to the RRCF and the equalizer to attempt to reprocess a block of data that failed a decoding of a FEC block using a recursive least squares or a zero forcing algorithm in response to the block of data is not processed.