微电子学与计算机
微電子學與計算機
미전자학여계산궤
MICROELECTRONICS & COMPUTER
2015年
4期
61-64
,共4页
Memory%加解密%仿真
Memory%加解密%倣真
Memory%가해밀%방진
memory%encryption and decryption%simulation
对于memory的研究,大部分都只是停留在对容量的扩充,速度的提高等性能提升方面,很少涉及对mem‐ory进行辅助设计以实现更多的特殊功能。提出了一种通过对memory地址作用加解密算法,利用memory自身的特性来实现对数据的加解密的功能,并通过实验仿真验证了该方法的可行性。
對于memory的研究,大部分都隻是停留在對容量的擴充,速度的提高等性能提升方麵,很少涉及對mem‐ory進行輔助設計以實現更多的特殊功能。提齣瞭一種通過對memory地阯作用加解密算法,利用memory自身的特性來實現對數據的加解密的功能,併通過實驗倣真驗證瞭該方法的可行性。
대우memory적연구,대부분도지시정류재대용량적확충,속도적제고등성능제승방면,흔소섭급대mem‐ory진행보조설계이실현경다적특수공능。제출료일충통과대memory지지작용가해밀산법,이용memory자신적특성래실현대수거적가해밀적공능,병통과실험방진험증료해방법적가행성。
Most memory researches only focus on improving the performance ,which is to enlarge the capacityand and to increase the speed .However ,aided designs to realize more functions have been rarely achieved in present memory studies .So an algorithm to encrypt and decrypt the address of memory is given out in this paper ,and the encryption and decryption of the data is realized ,which is based on the characteristics of memory ,and the feasibility of this algorithm with simulation is validates .