1. A method for controlling a pipeline operation of a processor coupled to a memory containing executable computer instructions, the method including: determining, in a program sequence, a branch instruction to be executed by the processor, the branch instruction having a branch condition; determining a branch target instruction of the branch instruction and a next instruction following the branch instruction in the program sequence; storing both the branch target instruction of the branch instruction and said next instruction following the branch instruction into a cache; without predicting whether the branch condition is satisfied or not, providing the cache with both a cache address of the branch target instruction of the branch instruction and a cache address of said next instruction following the branch instruction, wherein a cache address is different from a memory address for addressing the memory; determining a branch decision with respect to the branch instruction; and selecting one of the branch target instruction and said next instruction as a proper instruction to be executed by an execution unit of the processor, using a corresponding cache address and based on the branch decision such that the pipeline operation is not stalled whether or not a branch is taken with respect to the branch instruction, wherein the providing further includes: examining the executable computer instructions to extract instruction information containing at least branch information; creating a track table containing a plurality of track table rows corresponding to a plurality of tracks based on the extracted instruction information, each table row corresponding to a track representing an instruction block in the program sequence loaded into the cache and including a plurality of entries, each entry corresponding to a track point, which corresponds to at least one instruction in the cache; and determining the cache address of the branch target instruction based on the plurality of tracks before the branch instruction is executed.