Spreading sequence system for full connectivity relay network

A system for transmitting data over a wireless communication network, the system comprising:

• a transmitting unit comprising:
• a processor configured to:
• generate a wireless communication signal;
• dynamically generate first and second non-binary spreading pseudo-noise sequences via channel state information of at least one wireless communication channel;
• apply a Cholesky decomposition to the signal;
• apply a singular value decomposition to the signal;
• modulate the signal into an in-phase portion and a quadrature phase portion;
• overlay the first non-binary spreading pseudo-noise sequence on the in-phase portion of the signal;
• overlay the second non-binary spreading pseudo-noise sequence on the quadrature phase portion of the signal;
• and
• reform the signal from the in-phase portion and the quadrature phase portion after performing overlaying;
• and
• a transceiver configured to transmit the reformed signal over the wireless communication network;
• and
• a receiving unit comprising:
• a transceiver configured to receive the signal transmitted over the wireless communication network;
• and
• a processor configured to:
• generate first and second non-binary despreading pseudo-noise sequences;
• overlay the first non-binary despreading pseudo-noise sequence on the in-phase portion of the received signal;
• overlay the second non-binary despreading pseudo-noise sequence on the quadrature phase portion of the received signal;
• and
• demodulate the in-phase portion of the received signal and the quadrature phase portion of the received signal after performing overlaying.

A method of transmitting data over a wireless communication network, the method comprising:

• generating a wireless communication signal;
• encoding the signal;
• dynamically generating first and second non-binary spreading pseudo-noise sequences via channel state information of at least one wireless communication channel;
• modulating the signal into an in-phase portion and a quadrature phase portion;
• overlaying the first non-binary spreading pseudo-noise sequence on the in-phase portion of the signal;
• overlaying the second non-binary spreading pseudo-noise sequence on the quadrature phase portion of the signal;
• reforming the signal from the in-phase portion and the quadrature phase portion after performing overlaying;
• synthesizing the signal to one or more specific frequencies;
• wirelessly transmitting the reformed signal over the wireless communication network;
• receiving the transmitted signal at a receiving unit;
• generating first and second non-binary despreading pseudo-noise sequences;
• overlaying the first non-binary despreading pseudo-noise sequence on the in-phase portion of the received signal;
• overlaying the second non-binary despreading pseudo-noise sequence on the quadrature phase portion of the received signal;
• demodulating the in-phase portion of the signal and the quadrature phase portion of the received signal after performing overlaying;
• and
• decoding the demodulated signal.