Method for downlink control information transmission, base station and terminal

1. A method for downlink control information transmission, comprising:

acquiring subframe configuration information of a terminal, wherein the subframe configuration information is used for indicating a first subframe for transmitting common control information and a second subframe for transmitting dedicated control information, and the first subframe overlaps with the second subframe;

at least one of: transmitting the common control information to the terminal over the first subframe, and transmitting the dedicated control information to the terminal over the second subframe, according to the subframe configuration information; and

after the acquiring the subframe configuration information of the terminal, further comprises:

transmitting subframe information to the terminal through a high layer signaling or a system broadcast message, wherein the subframe information is used for indicating the first subframe or the second subframe;

transmitting indication information to the terminal;

transmitting priority information to the terminal, wherein the priority information indicates a relationship between a priority of the common control information and a priority of the dedicated control information,

so that the terminal:

determines the second subframe according to the indication information and the first subframe indicated by the subframe information or determines the first subframe according to the indication information and the second subframe indicated by the subframe information,

determines that an overlapped subframe is the first subframe or the second subframe according to the subframe information and the priority information, and

determines the subframe configuration information according to the first subframe and the second subframe.

2. The method according to claim 1 , wherein,

the second subframe for transmitting the dedicated control information indicated by the subframe configuration information comprises:

a third subframe for transmitting the dedicated control information of the terminal; and/or

a fourth subframe for transmitting control information of a group to which the terminal belongs; wherein the third subframe is not overlapped with the fourth subframe;

the transmitting the dedicated control information to the terminal over the second subframe, comprising:

at least one of: transmitting to the terminal the dedicated control information of the terminal over the third subframe; and transmitting to the terminal the control information of the group to which the terminal belongs over the fourth subframe.

3. A method for downlink control information transmission, comprising:

acquiring subframe configuration information of a terminal, wherein the subframe configuration information is used for indicating a first subframe for transmitting common control information and a second subframe for transmitting dedicated control information;

at least one of: blindly detecting and receiving the common control information transmitted by a base station over the first subframe, and blindly detecting and receiving the dedicated control information transmitted by the base station over the second subframe, according to the subframe configuration information;

wherein, before the acquiring the subframe configuration information of the terminal, further comprises:

receiving subframe information of the terminal transmitted by the base station through a high layer signaling or a system broadcast message, wherein the subframe information is used for indicating the first subframe or the second subframe, and the first subframe overlaps with the second subframe;

receiving indication information;

receiving priority information, wherein the priority information indicates a relationship between a priority of the common control information and a priority of the dedicated control information;

determining the second subframe according to the indication information and the first subframe indicated by the subframe information or determining the first subframe according to the indication information and the second subframe indicated by the subframe information;

determining that an overlapped subframe is the first subframe or the second subframe according to the subframe information and the priority information; and

determining the subframe configuration information according to the first subframe and the second subframe.

4. The method according to claim 3 , wherein,

the second subframe for transmitting the dedicated control information indicated by the subframe configuration information comprises:

a third subframe for transmitting the dedicated control information of the terminal; and/or

a fourth subframe for transmitting control information of a group to which the terminal belongs; wherein the third subframe is not overlapped with the fourth subframe;

the blindly detecting and receiving the dedicated control information transmitted by the base station over the second subframe, comprising:

at least one of: blindly detecting and receiving dedicated control information of the terminal transmitted by the base station over the third subframe; and blindly detecting and receiving control information of a group to which the terminal belongs transmitted by the base station over the fourth subframe.

5. A base station, comprising:

a processor and a computer readable storage having computer instructions stored therein, the processor, when executing the instructions, configured to acquire subframe configuration information of a terminal, wherein the subframe configuration information is used for indicating a first subframe for transmitting common control information and a second subframe for transmitting dedicated control information, and the first subframe overlaps with the second subframe; and

a transmitter, configured to:

according to the subframe configuration information, at least one of: transmit the common control information to the terminal over the first subframe, and transmit the dedicated control information to the terminal over the second subframe; and

transmit subframe information to the terminal through a high layer signaling or a system broadcast message, wherein the subframe information is used for indicating the first subframe or the second subframe,

transmit indication information to the terminal,

transmit priority information to the terminal, wherein the priority information indicates a relationship between a priority of the common control information and a priority of the dedicated control information,

so that the terminal:

determines the second subframe according to the indication information and the first subframe indicated by the subframe information or determines the first subframe according to the indication information and the second subframe indicated by the subframe information,

determines that an overlapped subframe is the first subframe or the second subframe according to the subframe information and the priority information, and

determines the subframe configuration information according to the first subframe and the second subframe.

6. The base station according to claim 5 , wherein,

the second subframe for transmitting the dedicated control information indicated by the subframe configuration information acquired by the processor comprises at least one of:

a third subframe for transmitting the dedicated control information of the terminal; and

a fourth subframe for transmitting control information of a group to which the terminal belongs; wherein the third subframe is not overlapped with the fourth subframe;

the transmitter is specifically configured to perform at least one of:

transmit to the terminal the dedicated control information of the terminal over the third subframe; and transmit to the terminal the control information of the group to which the terminal belongs over the fourth subframe.

7. A terminal, comprising:

a receiver, configured to,

receive subframe information of the terminal transmitted by a base station through a high layer signaling or a system broadcast message, wherein the subframe information is used for indicating a first subframe for transmitting common control information or a second subframe for transmitting dedicated control information, and the first subframe overlaps with the second subframe,

receive indication information, and

receive priority information, wherein the priority information indicates a relationship between a priority of the common control information and a priority of the dedicated control information;

a processor and a computer readable storage having computer instructions stored therein, the processor, when executing the instructions, is configured to

determine the second subframe according to the indication information and the first subframe indicated by the subframe information or determines the first subframe according to the indication information and the second subframe indicated by the subframe information,

determines that an overlapped subframe is the first subframe or the second subframe according to the subframe information and the priority information; and

determine subframe configuration information according to the first subframe and the second subframe, wherein the subframe configuration information is used for indicating the first subframe and the second subframe; and

the receiver further configured to at least one of: blindly detect and receive the common control information transmitted by a base station over the first subframe, and blindly detect and receive the dedicated control information transmitted by the base station over the second subframe, according to the subframe configuration information.

8. The terminal according to claim 7 , wherein,

the second subframe for transmitting the dedicated control information indicated by the subframe configuration information acquired by the processor comprises:

a third subframe for transmitting the dedicated control information of the terminal; and/or

a fourth subframe for transmitting control information of a group to which the terminal belongs; wherein the third subframe is not overlapped with the fourth subframe;

the receiver is specifically configured to:

at least one of: blindly detect and receive dedicated control information of the terminal transmitted by the base station over the third subframe; and blindly detect and receive control information of a group to which the terminal belongs transmitted by the base station over the fourth subframe.