To implement dynamic binary translation effectively , several optimized methods come up in this thesis : efla algorithm to enhance the efficiency of emulating the condition code of the source platform on target platform ; two algorithms to handle the active and passive exception in application level ; and a translation - guided algorithm for register allocation 針對動態(tài)二進制翻譯,本文提出了若干種優(yōu)化方案:提高在目標機器上模擬源機器標志位效率的efla算法;處理應用級主動異常和被動異常的兩個算法;翻譯制導的寄存器優(yōu)化算法。
The specific route is as follows : firstly , the output signals from the multipath sensor are nornalized , i . e . , all sensor signals ( including the analog data ) are transformed into multipath square wave pulse signals to form multipath parallel condition codes . these codes are treated as input signals for dac to obtain a series of dispersed analog signals for output as input signals for the vco . finally , a high frequency modulation signal is conducted at the vco ' s output 具體技術路線如下:先將由多路傳感器輸出的信號進行歸一化處理,即將所有傳感器信號(包括模擬量)轉換成多路方波脈沖信號,以形成多位并行信號的狀態(tài)碼,將其作為dac的數(shù)據(jù)輸入信號,從而得到一系列離散的模擬信號輸出,作為vco的輸入信號,最終在vco輸出端形成高頻的調制信號。