A multi-subframe scheduling method, comprising: receiving configuration information sent by a base station for instructing a terminal to perform multi-subframe scheduling; detecting whether a multi-subframe scheduling instruction sent by the base station is received; when the multi-subframe scheduling instruction is received, sending or receiving data on a plurality of corresponding subframes according to the multi-subframe scheduling instruction and the configuration information; characterized in that : detecting whether the multi-subframe scheduling instruction sent by the base station is received comprises: when receiving any scheduling instruction sent by the base station, determining whether a specified scrambling sequence is scrambled on the any scheduling instruction, wherein the specified scrambling sequence is scrambled on the any scheduling instruction by: executing a Cyclic Redundancy Code, CRC, attachment process, wherein the CRC is scrambled by a radio network temporary identifier, RNTI; carrying out scrambling on the any scheduling instruction by using the specified scrambling sequence; performing a convolution coding process; and performing a rate matching process; and when it is determined that the specified scrambling sequence is scrambled on the any scheduling instruction, determining that the received any scheduling instruction is the multi-subframe scheduling instruction. receiving configuration information sent by a base station for instructing a terminal to perform multi-subframe scheduling; detecting whether a multi-subframe scheduling instruction sent by the base station is received; when the multi-subframe scheduling instruction is received, sending or receiving data on a plurality of corresponding subframes according to the multi-subframe scheduling instruction and the configuration information; characterized in that : detecting whether the multi-subframe scheduling instruction sent by the base station is received comprises: when receiving any scheduling instruction sent by the base station, determining whether a specified scrambling sequence is scrambled on the any scheduling instruction, wherein the specified scrambling sequence is scrambled on the any scheduling instruction by: executing a Cyclic Redundancy Code, CRC, attachment process, wherein the CRC is scrambled by a radio network temporary identifier, RNTI; carrying out scrambling on the any scheduling instruction by using the specified scrambling sequence; performing a convolution coding process; and performing a rate matching process; and when it is determined that the specified scrambling sequence is scrambled on the any scheduling instruction, determining that the received any scheduling instruction is the multi-subframe scheduling instruction. when receiving any scheduling instruction sent by the base station, determining whether a specified scrambling sequence is scrambled on the any scheduling instruction, wherein the specified scrambling sequence is scrambled on the any scheduling instruction by: executing a Cyclic Redundancy Code, CRC, attachment process, wherein the CRC is scrambled by a radio network temporary identifier, RNTI; carrying out scrambling on the any scheduling instruction by using the specified scrambling sequence; performing a convolution coding process; and performing a rate matching process; and executing a Cyclic Redundancy Code, CRC, attachment process, wherein the CRC is scrambled by a radio network temporary identifier, RNTI; carrying out scrambling on the any scheduling instruction by using the specified scrambling sequence; performing a convolution coding process; and performing a rate matching process; and when it is determined that the specified scrambling sequence is scrambled on the any scheduling instruction, determining that the received any scheduling instruction is the multi-subframe scheduling instruction. <EOS>