1. A multimedia decoding method based on a mold-core platform including a central processor and a plurality of operation processors, the multimedia decoding method comprising: performing a queue generation operation on input multimedia data to generate queues of one or more operations of the multimedia data which are to be performed by the central processor and the operation processors, wherein the queue generation operation is performed by the central processor; determining operation loads for motion compensation operations of the multimedia data relative to queue generation operation and deblocking operation; determining a number of data regions of the multimedia data to be partitioned based on the determined operation loads; partitioning the multimedia data into the data regions in accordance with the determined number of data regions; determining a number of motion compensation processors from among the plurality of operation processors to be the same as the number of data region of the multimedia data; performing motion compensation operations on the partitioned data regions of the multimedia data by the determined number of motion compensation processors; and performing the deblocking operation on the multimedia data by an operation processor from among the plurality of operation processors, other than the determined number of processors for motion compensation operations.