How many cycles are lost to control dependency stalls? Part C: Static Branch Prediction. Static branch prediction is a compile-time technique of influencing branch execution in order to reduce control dependency stalls. Branch opcodes are supplemented with a static prediction bit that indicates a likely direction during execution of the branch. This is done based on profiling information, ala that in Part B. For this part of Problem 1, new branch opcodes are introduced: bget - branch greater than or equal with static predict taken bgen - branch greater than or equal with static predict not-taken blet - branch less than or equal with static predict taken blen - branch less than or equal with static predict not-taken Static branch prediction information is processed in the decode stage of the 5-stage pipeline. When a branch instruction with static predict taken (i.e. bget) is decoded the machine predicts taken. Conversely, when a branch instruction with static predict not-taken (i.e. bgen) is decoded the machine predicts not-taken. 1. Pretend you are the compiler, rewrite each conditional branch instruction in the original code sequence using the new conditional branch instructions with static branch prediction encoded. 2. Assuming the same execution trace, what is the new total cycle count of the modified code sequence incorporating static branch prediction instructions. Indicate the resultant IPC.