Sending control apparatus, sending control method, signal synthesis apparatus, signal synthesis method, signal transmission system, and signal transmission method

1. A sending control apparatus, comprising:

circuitry configured to:

obtain at least one transmission object signal from sending data;

determine at least one sending transmission path from a plurality of transmission paths based on prescribed information and a number of sending transmission paths of the plurality of transmission paths;

switch on a specific sending circuit of a plurality of sending circuits based on a connection of the specific sending circuit to the at least one sending transmission path;

control the plurality of sending circuits other than the specific sending circuit to remain switched off; and

control transmission of the at least one transmission object signal via the at least one sending transmission path based on the switch on of the specific sending circuit.

2. The sending control apparatus according to claim 1 , wherein

the circuitry is further configured to generate at least one frame, and

the at least one frame includes the at least one transmission object signal.

3. The sending control apparatus according to claim 1 , wherein the circuitry is further configured to obtain the at least one transmission object signal from the sending data based on the number of sending transmission paths.

4. The sending control apparatus according to claim 3 , wherein

the circuitry is further configured to output the at least one transmission object signal to at least one lane, and

the at least one lane is associated with the at least one sending transmission path.

5. The sending control apparatus according to claim 3 , wherein the circuitry is further configured to calculate the number of sending transmission paths based on a transmission rate of the sending data and a transmission capacity of each of the plurality of transmission paths.

6. The sending control apparatus according to claim 1 , wherein the circuitry is further configured to determine the at least one sending transmission path from the plurality of transmission paths based on a determination of the sending data as a sending object.

7. The sending control apparatus according to claim 1 , wherein the circuitry is further configured to determine the at least one sending transmission path from the plurality of transmission paths based on a change of the number of sending transmission paths.

8. The sending control apparatus according to claim 1 , wherein the circuitry is further configured to transmit identification information of the at least one sending transmission path to a receiver that receives the at least one transmission object signal.

9. The sending control apparatus according to claim 1 , wherein

the circuitry is further configured to determine the at least one sending transmission path from the plurality of transmission paths based on a number of generated random numbers, and

the number of generated random numbers is equal to the number of sending transmission paths.

10. A sending control method, comprising:

obtaining at least one transmission object signal from sending data;

determining at least one sending transmission path from a plurality of transmission paths based on prescribed information and a number of sending transmission paths of the plurality of transmission paths;

switching on a specific sending circuit of a plurality of sending circuits based on a connection of the specific sending circuit to the at least one sending transmission path;

controlling the plurality of sending circuits other than the specific sending circuit to remain switched off; and

controlling transmission of the at least one transmission object signal via the at least one sending transmission path based on the switch on of the specific sending circuit.

11. A signal synthesis apparatus, comprising:

circuitry configured to:

receive identification information of at least one sending transmission path of a plurality of transmission paths from a sender of at least one transmission object signal;

switch on a specific reception circuit, of a plurality of reception circuits, connected to the at least one sending transmission path, wherein the specific reception circuit is switched on based on the identification information;

control the plurality of reception circuits other than the specific reception circuit to remain switched off;

acquire, via the at least one sending transmission path, the at least one transmission object signal based on the switch on of the specific reception circuit connected to the at least one sending transmission path, wherein

the sender obtains the at least one transmission object signal from sending data, and

the at least one sending transmission path is determined from the plurality of transmission paths based on prescribed information and a number of sending transmission paths of the plurality of transmission paths; and

restore the sending data based on the at least one transmission object signal.

12. A signal synthesis method, comprising:

receiving identification information of at least one sending transmission path of a plurality of transmission paths from a sender of at least one transmission object signal;

switching on a specific reception circuit, of a plurality of reception circuits, connected to the at least one sending transmission path, wherein the specific reception circuit is switched on based on the identification information;

controlling the plurality of reception circuits other than the specific reception circuit to remain switched off;

acquiring, via the at least one sending transmission path, the at least one transmission object signal based on the switch on of the specific reception circuit connected to the at least one sending transmission path, wherein

the sender obtains the at least one transmission object signal from sending data, and

the at least one sending transmission path is determined from the plurality of transmission paths based on prescribed information and a number of sending transmission paths of the plurality of transmission paths; and

restoring the sending data by synthesizing the at least one transmission object signal.

13. A signal transmission system, comprising:

a sending control apparatus including:

first circuitry configured to:

obtain at least one transmission object signal from sending data;

determine at least one sending transmission path from a plurality of transmission paths based on prescribed information and a number of sending transmission paths of the plurality of transmission paths;

switch on a specific sending circuit of a plurality of sending circuits based on a connection of the specific sending circuit to the at least one sending transmission path;

control the plurality of sending circuits other than the specific sending circuit to remain switched off; and

control transmission of the at least one transmission object signal via the at least one sending transmission path based on the switch on of the specific sending circuit; and

a signal synthesis apparatus including:

second circuitry configured to:

acquire the at least one transmission object signal via the at least one sending transmission path; and

restore the sending data by synthesis of the at least one transmission object signal.

14. A signal transmission method, comprising:

obtaining, by first circuitry, at least one transmission object signal from sending data;

determining, by the first circuitry, at least one sending transmission path from a plurality of transmission paths based on prescribed information and a number of sending transmission paths of the plurality of transmission paths;

switching on, by the first circuitry, a specific sending circuit of a plurality of sending circuits based on a connection of the specific sending circuit to the at least one sending transmission path;

controlling, by the first circuitry, the plurality of sending circuits other than the specific sending circuit to remain switched off;

controlling, by the first circuitry, transmission of the at least one transmission object signal via the at least one sending transmission path based on the switch on of the specific sending circuit;

acquiring, by second circuitry, the at least one transmission object signal via the at least one sending transmission path; and

restoring, by the second circuitry, the sending data by synthesizing the at least one transmission object signal.