Single user super position transmission for future generation wireless communication systems

A method, comprising:

• based on a distance of a user equipment from a base station, comprising a processor, and an estimated path loss associated with the user equipment, determining, by the base station, a quality of an uplink channel of the user equipment;
• based on channel state information received from the user equipment, determining, by the base station:
• first downlink control information, wherein the first downlink control information configures a first data channel to the user equipment, and
• second downlink control information, wherein the second downlink control information configures a second data channel to the user equipment;
• transmitting, by the base station, the first downlink control information and the second downlink control information to the user equipment;
• remapping, by the base station via a first remapper, a first coding chain for a first transport block of the first data channel, resulting in first remapped data;
• remapping, by the base station via a second remapper, a second coding chain for a first transport block of the second data channel, resulting in second remapped data;
• remapping, by the base station via a third remapper, a third coding chain for a second transport block of the first data channel, resulting in third remapped data;
• remapping, by the base station via a fourth remapper, a fourth coding chain for a second transport block of the second data channel, resulting in fourth remapped data;
• combining, by the base station, the first remapped data with the second remapped data, resulting in first combined remapped data;
• combining, by the base station, the third remapped data with the fourth remapped data, resulting in second combined remapped data;
• performing, by the base station, a first inverse Fourier transform function on the first combined remapped data, resulting in first transformed output;
• performing, by the base station, a second inverse Fourier transform function on the second combined remapped data, resulting in second transformed output;
• transmitting, by the base station, via a first antenna, the first transformed output to the user equipment;
• and
• transmitting, by the base station, via a second antenna, the second transformed output to the user equipment, wherein the first transformed output and the second transformed output are transmitted concurrently.

A non-transitory machine-readable medium, comprising executable instructions that, when executed by a processor of network equipment, facilitate performance of operations, comprising:

• based on a distance of a user equipment from the network equipment and an estimated path loss associated with the user equipment, determining a quality of an uplink channel of the user equipment;
• based on channel state information received from the user equipment, determining:
• first downlink control information, wherein the first downlink control information configures a first data channel to the user equipment, and
• second downlink control information, wherein the second downlink control information configures a second data channel to the user equipment;
• transmitting the first downlink control information and the second downlink control information to the user equipment;
• remapping, via a first remapper, a first coding chain for a first transport block of the first data channel, resulting in first remapped data;
• remapping, via a second remapper, a second coding chain for a first transport block of the second data channel, resulting in second remapped data;
• remapping, via a third remapper, a third coding chain for a second transport block of the first data channel, resulting in third remapped data;
• remapping, via a fourth remapper, a fourth coding chain for a second transport block of the second data channel, resulting in fourth remapped data;
• combining the first remapped data with the second remapped data, resulting in first combined remapped data;
• combining the third remapped data with the fourth remapped data, resulting in second combined remapped data;
• performing a first inverse Fourier transform function on the first combined remapped data, resulting in first transformed output;
• performing a second inverse Fourier transform function on the second combined remapped data, resulting in second transformed output;
• transmitting, via a first antenna, the first transformed output to the user equipment;
• and
• transmitting, via a second antenna, the second transformed output to the user equipment, wherein the first transformed output and the second transformed output are transmitted concurrently.