Spatial layered transmission method and device
The present application provides a spatial layered transmission method and a spatial layered transmission device. The spatial layered transmission method includes steps of: dividing to-be-transmitted data into at least two layers of spatial data; determining a symbol rate for each layer of spatial data, to enable an error between SERs for the layers of spatial data to be smaller than a predetermined error threshold; and encoding each layer of spatial data in accordance with the determined symbol rate, and transmitting the encoded layer of spatial data.
1. A spatial layered transmission method, comprising:
dividing to-be-transmitted data into at least two layers of spatial data;
determining a symbol rate for each layer of the at least two layers of spatial data, to enable an error between Symbol Error Rates (SERs) for the at least two layers of spatial data to be smaller than a predetermined error threshold; and
encoding each layer of the at least two layers of spatial data in accordance with the determined symbol rate, and transmitting the encoded each layer of the at least two layers of spatial data,
wherein determining the symbol rate for each layer of the at least two layers of spatial data comprises:
determining the symbol rate for each layer of the at least two layers of spatial data in accordance with an equivalent error probability criterion that enables the SERs to be approximately equal to each other,
wherein determining the symbol rate for each layer of the at least two layers of spatial data in accordance with the equivalent error probability criterion comprises:
determining the symbol rate for each layer of the at least two layers of spatial data through simulation in the case that a predetermined symbol rate constraint has been met.
2. The spatial layered transmission method according to claim 1 , wherein the symbol rates for the at least two layers of spatial data are different from each other.
3. A spatial layered transmission method, comprising:
receiving layers of spatial data, wherein a symbol rate for each of the layers of spatial data is set by a transmitting end, to enable an error between Symbol Error Rates (SERs) for the layers of spatial data to be smaller than a predetermined error threshold;
decoding the layers of spatial data; and
acquiring data transmitted from the transmitting end in accordance with the decoded layers of spatial data,
wherein the symbol rates for the layers of spatial data are determined in accordance with an equivalent error probability criterion that enables the SERs to be approximately equal to each other,
wherein the symbol rates for the layers of spatial data are determined through simulation in the case that a predetermined symbol rate constraint has been met.
4. The spatial layered transmission method according to claim 3 , wherein the symbol rates for the layers of spatial data are different from each other.
5. A spatial layered transmission device, comprising:
a processor;
a memory connected to the processor via a bus interface and configured to store therein programs and data for the operation of the processor; and
a transceiver configured to receive and transmit data under control of the processor,
wherein in the case that the programs and data stored in the memory are called and executed by the processor, the processor is configured to
divide to-be-transmitted data into at least two layers of spatial data;
determine a symbol rate for each layer of the at least two layers of spatial data, to enable an error between Symbol Error Rates (SERs) for the at least two layers of spatial data to be smaller than a predetermined error threshold; and
encode each layer of the at least two layers of spatial data in accordance with the determined symbol rate, and transmit the encoded each layer of the at least two layers of spatial data,
wherein the processor is further configured to determine the symbol rate for each layer of the at least two layers of spatial data in accordance with an equivalent error probability criterion that enables the SERs to be approximately equal to each other,
wherein the processor is further configured to determine the symbol rate for each layer of the at least two layers of spatial data through simulation in the case that a predetermined symbol rate constraint has been met.
6. The spatial layered transmission device according to claim 5 , wherein the symbol rates for the at least two layers of spatial data are different from each other.
7. A spatial layered transmission device, comprising:
a processor;
a memory connected to the processor via a bus interface and configured to store therein programs and data for the operation of the processor; and
a transceiver configured to receive and transmit data under control of the processor,
wherein in the case that the programs and data stored in the memory are called and executed by the processor, the processor is configured to
receive layers of spatial data, wherein a symbol rate for each of the layers of spatial data is set by a transmitting end, to enable an error between Symbol Error Rates (SERs) for the layers of spatial data to be smaller than a predetermined error threshold;
decode the layers of spatial data; and
acquire data transmitted from the transmitting end through the transceiver in accordance with the decoded layers of spatial data,
wherein the symbol rates for the layers of spatial data are determined in accordance with an equivalent error probability criterion that enables the SERs to be approximately equal to each other,
wherein the symbol rates for the layers of spatial data are determined through simulation in the case that a predetermined symbol rate constraint has been met.
8. The spatial layered transmission device according to claim 7 , wherein the symbol rates for the layers of spatial data are different from each other.