1) increment addressing
增量寻址
2) autoincrement addressing
自增寻址
1.
Taking PDP-11 instruction repertory as its background and matrix multiplication for example,this paper analyzes instruction repertory giving support to array data structure and produces the two optimal program design methods,that is,index instruction and autoincrement addressing so as to save instruction memory and raise its running speed to its utmost.
本文以PDP— 11指令系统为背景 ,以矩阵相乘为例 ,分析了指令系统对数组数据结构的支持 ,同时提出了两种程序优化设计的方法 ,即利用索引指令和自增寻址方式可以从节约指令空间和提高执行速度方面达到程序优化的效
3) auto-increment/auto-decrement addressing mode
自增量/自减量寻址
1.
By specially arranging the placement of variables in the stack and accessing the local variables by using as much auto-increment/auto-decrement addressing mode as we can,we can decrease the amount of address arithmatic instruction and promote the program performance.
通过合理地安排变量在堆栈上的存储位置,尽可能多地使用自增量/自减量寻址方式来来访问局部变量,从而减少地址运算指令的数量,提高程序性能。
4) autoincrement addressing mode
自动增量寻址方法
5) Addressing Capacity
寻址容量
6) Low energy address
低能量寻址
补充资料：自调自净自度
【自调自净自度】
（术语）同自调项。
（术语）同自调项。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条