A procedure in which an instruction is broken down into the microcode operations necessary for its execution by a control unit 一種處理過程,其間由控制器將一條指令分解成為它的執(zhí)行所必須的微碼操作。
Through command resolution procedure , compound control is realized , and the effects of compound control and pure aerodynamic force control are compared , the validity of compound control is proved 通過指令分解程序,實現(xiàn)復合控制,并且比較了直接力/氣動力復合控制與純氣動力控制的效果,論證采用直接力/氣動力復合控制的有效性。
A design method based on the decomposition and multiplexing technique of complex instruction , combined the decoding arithmetic of instruction and a step counter together , sub - step realization method of multiclocks is proposed . the similarities and differences of architecture between fsm and multi - ? ocks are discussed from two aspects , timing and state space 提出了執(zhí)行周期復用的指令分解、指令寄存器與步長計數(shù)器聯(lián)合譯碼,以及多時鐘同步的控制流設計方法;進而從時間和狀態(tài)空間兩個角度深入討論了控制流設計中狀態(tài)機和多時鐘兩種常見體系結(jié)構(gòu)的異同。