Method and device for resource configuration

The method according to claim 1, wherein the power configuration rule comprises that transmission power of a resource element in a data part of the extra resource block is less than or equal to transmission power of a resource element for transmitting a common reference signal in a normal resource block, and transmission power of a resource element in a control part of the extra resource block is less than or equal to the transmission power of the resource element for transmitting the common reference signal in the normal resource block.

The method according to claim 1, further comprising: notifying a terminal of the power configuration rule, which comprises:nnotifying the terminal of the following: an energy of a resource element for transmitting a reference signal in the data part of the extra resource block, or a ratio Ï C of the energy of the resource element for transmitting the reference signal in the data part of the extra resource block to an energy of the resource element for transmitting a common reference signal in a normal resource block, or a ratio Ï D of the energy of the resource element for transmitting the reference signal in the data part of the extra resource block to an energy of a resource element for transmitting a reference signal in the normal resource block; ornotifying the terminal of the following: an energy of a resource element for transmitting a reference signal in the control part of the extra resource block, or a ratio Ï G of the energy of the resource element for transmitting the reference signal in the control part of the extra resource block to an energy of the resource element for transmitting a common reference signal in the normal resource block, or a ratio Ï H of the energy of the resource element for transmitting the reference signal in the control part of the extra resource block to an energy of a resource element for transmitting a reference signal in the normal resource block, or a ratio Ï I of the energy of the resource element for transmitting the reference signal in the control part of the extra resource block to the energy of a resource element for transmitting a reference signal in the data part of the extra resource block; ornotifying the terminal of the following: a ratio Ï E of an energy of a first resource element in the data part of the extra resource block to the energy of the resource element for transmitting the reference signal in the data part of the extra resource block, or a ratio Ï F of an energy of a second resource element in the data part of the extra resource block to the energy of the resource element for transmitting the reference signal in the data part of the extra resource block, or a ratio Ï J of an energy of a first resource element in the control part of the extra resource block to the energy of the resource element for transmitting a reference signal in the control part of the extra resource block, or a ratio Ï K of an energy of a second resource element in the control part of the extra resource block to the energy of the resource element for transmitting the reference signal in the control part of the extra resource block; ornotifying the terminal of the following: a ratio Ï L of the energy of the first resource element in the data part of the extra resource block to an energy of a first resource element in the normal resource block, or a ratio Ï M of the energy of the second resource element in the data part of the extra resource block to the energy of the first resource element in the data part of the extra resource block, or a ratio Ï N of the energy of the first resource element in the control part of the extra resource block to the energy of the first resource element in the data part of the extra resource block, or a ratio Ï O of the energy of the second resource element in the control part of the extra resource block to the energy of the first resource element in the data part of the extra resource block.

The method according to claim 6, wherein the power configuration rule comprises that transmission power of a resource element in a data part of the extra resource block is less than or equal to transmission power of a resource element for transmitting a common reference signal in a normal resource block, and transmission power of a resource element in a control part of the extra resource block is less than or equal to the transmission power of the resource element for transmitting the common reference signal in the normal resource block.

The method according to claim 6, further comprising: acquiring the power configuration rule, which comprises:nacquiring an energy of a resource element for transmitting a reference signal in a data part of the extra resource block, or a ratio Ï C of the energy of the resource element for transmitting the reference signal in the data part of the extra resource block to an energy of the resource element for transmitting a common reference signal in a normal resource block, or a ratio Ï D of the energy of the resource element for transmitting the reference signal in the data part of the extra resource block to an energy of a resource element for transmitting a reference signal in the normal resource block; oracquiring energy of a resource element for transmitting a reference signal in the control part of the extra resource block, or a ratio Ï G of the energy of the resource element for transmitting the reference signal in the control part of the extra resource block to the energy of the resource element for transmitting the common reference signal in the normal resource block, or a ratio Ï H of the energy of the resource element for transmitting the reference signal in the control part of the extra resource block to the energy of the resource element for transmitting the reference signal in the normal resource block, or a ratio Ï I of the energy of the resource element for transmitting the reference signal in the control part of the extra resource block to the energy of the resource element for transmitting the reference signal in the data part of the extra resource block; oracquiring a ratio Ï E of an energy of a first resource element in the data part of the extra resource block to the energy of the resource element for transmitting the reference signal in the data part of the extra resource block, or a ratio Ï F of an energy of a second resource element in the data part of the extra resource block to the energy of the resource element for transmitting the reference signal in the data part of the extra resource block, or a ratio Ï J of an energy of a first resource element in the control part of the extra resource block to the energy of the resource element for transmitting the reference signal in the control part of the extra resource block, or a ratio Ï K of an energy of a second resource element in the control part of the extra resource block to the energy of the resource element for transmitting the reference signal in the control part of the extra resource block; oracquiring a ratio Ï M of energy of the second resource element in the data part of the extra resource block to the energy of the first resource element in the data part of the extra resource block, or a ratio Ï N of energy of the first resource element in the control part of the extra resource block to the energy of the first resource element in the data part of the extra resource block, or a ratio Ï O of the energy of the second resource element in the control part of the extra resource block to the energy of the first resource element in the data part of the extra resource block.

The device according to claim 9, further comprising:na notification sending unit, adapted to notify a terminal of the power configuration rule.

The device according to claim 11, further comprising:na notification acquiring unit, adapted to acquire the power configuration rule.