1) inverse instruction
逆指令流
1.
Using inverse instruction stream to realize the file encryption;
采用“逆指令流方式”实现文件加密
2) converes instruction
逆指令
3) reverse instruction sequence
逆指令序列
1.
The generation method of random instruction sequence and relevant reverse instruction sequence for constructing self-sealing code blocks were emphasized,including random original instruction sequence generation based on instruction encode table and reverse instruction sequence generation based on reverse engineering.
重点介绍了自封闭代码块的相关概念,阐述了自封闭代码块的自动生成技术,包括基于指令编码表的随机指令序列生成技术和基于指令逆向思想的逆指令序列生成技术,并给出了相关算法和实例分析。
4) command current
指令电流
1.
An improved double line voltage synthesis strategy was developed and a new command current method was presented.
提出了改进的双线电压合成策略,并给出了一种新的指令电流生成方法。
2.
The tested part adopts a referenced command current optimize PWM detecting method based on signal s time domain vertical property,and high speed simulating switch is controlled by frequency multiplication phase-locked circuit and EPROM unit.
其中检测部分采用了基于信号时域正交特性的参考指令电流优化PWM检测方法,并通过锁相倍频电路和EPROM单元来控制高速模拟开关,电路简单,便于实现。
5) instruction stream
指令流
1.
A unified model of computer architectures which unifies the architectures based on data stream computing and configuration stream computing to the architecture based on instruction stream computing,named Unified-ISA model,is proposed in this paper.
提出了一种计算机体系结构的统一模型,将基于数据流计算与基于构令流计算的体系结构统一到基于指令流计算的体系结构上来,命名为Unified-ISA模型。
2.
In this paper, we propose a performance analysis method on the study for instruction stream and memory access.
该方法首先记录指令流和内存访问流,通过元素选取、匹配、解析,最终统计出指令执行时间和内存访问频度,进而分析系统性能。
6) Flowchart
[英]['fləu,tʃɑ:t] [美]['flo,tʃɑrt]
指令流程
1.
The Design of Hardwired Control Based on the Instruction Flowchart of Datapath;
基于数据通道指令流程图的硬布线控制电路设计
补充资料：负载换流式逆变电路
采用负载电压作为换流电压的逆变电路。这种电路无需设置独立的换流电路，常采用普通晶闸管组成，但仅适用于容性负载。因为只有在这种性质的负载条件下，负载电压才能有效地被用作换流电压以关断退出导通的晶闸管。
随着负载形式的不同，负载换流式逆变电路包含以下 4种电路。①有源逆变电路：负载为公共电网的电路；②并联逆变电路：负载是呈容性的并联谐振电路；③串联逆变电路：负载是呈容性的串联谐振电路；④无换向器电动机：负载是处于过激状态的同步电动机，用逆变电路代替机械换向器。
随着负载形式的不同，负载换流式逆变电路包含以下 4种电路。①有源逆变电路：负载为公共电网的电路；②并联逆变电路：负载是呈容性的并联谐振电路；③串联逆变电路：负载是呈容性的串联谐振电路；④无换向器电动机：负载是处于过激状态的同步电动机，用逆变电路代替机械换向器。
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