在这一过程中，管理的指令流发挥着重要作用。
EDDI 复制指令流的作用是检查最后得到的数据流结果。
EDDI duplicates an instruction stream for the purpose of checking the resulting stream's result.
在程序执行过程中，所发生的破坏正常指令流的事件，叫做异常。
An exception is an event that occurs during the execution of a program that disrupts the normal flow of instructions.
编译器负责生成，然后汇集复制的指令流，从而形成一个只支持软件的解决方案。
The compiler is responsible for generating, and then intertwining the duplicated instruction streams, making it a software-only solution.
这种并行混合学习算法已经在多指令流多数据流(MIMD)平台实现。
The parallel hybrid algorithm is implemented on an MIMD Platform.
在单指令流单数据流结构中，有单一的指令周期，在执行前，单个处理机按序取操作数。
In an SISD architecture there is a single instruction cycle; operands are fetched serially into a single processing unit before execution.
这是一种用于示出核因其正在指令流错的误分支上工作而没有做出许多“有用”工作的良好指示器。
This is a good indicator to show that the core is not doing lots of "useful" work since it is working on the wrong branch of instruction stream.
利用活芯BIOS结构给处理器提供指令流，同时通过编程验证环境中的组成单元来构造验证场景。
The flexible BIOS structure provides instruction stream to micro-processor, meanwhile program the components in the soft environment to create the test scenarios.
多指令流多数据流系统可以进一步分为面向吞吐量的系统、高利用率的系统和面向响应时间的系统。
MIMD systems can be further classified into throughput-oriented systems, high-availability systems, and response oriented systems.
并行计算机体系结构包括单指令流多数据流(SIMD)和多指令流多数据流(MIMD)两种结构。
Parallel computer architecture consists of two classifications: simple instruction stream-multiple data stream (SIMD) and multiple instruction stream-multiple data stream (MIMD).
根据该方法，TPC流从终端被接收并经处理以获得用于调整数据传输发射功率的联合功率控制指令流。
In accordance with the method, TPC streams are received from the terminals and processed to obtain a stream of joint power control commands used to adjust the transmit power of the data transmission.
这一方法使得高速流水线的单指令流-单数据流计算机与阵列机、向量机的一些成果，通过“相似性”可以相互推广。
Because of this similarity, some methods from high-speed pipeline SISD computers can be extended to array processors or vector computers, and vice-versa.
个人化子系统根据数据准备系统提供的发卡数据文件和预定义的发卡脚本和各种模板，将数据和密钥等信息通过指令流写入卡片，完成整个批量发卡的流程。
Personalization subsystem receive the personal data files, personal scripts and all kinds of profiles, write the data and key into the card using APDU, complete the process of personalization.
个人化子系统根据数据准备系统提供的发卡数据文件和预定义的发卡脚本和各种模板，将数据和密钥等信息通过指令流写入卡片，完成整个批量发卡的流程。
Personalization subsystem receive the personal data files, personal scripts and all kinds of profiles, write the data and key into the card using APDU, complete the process of personalization.
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