1.
Research on I/O Management Supporting Transparent Computing Oriented Information Management;
面向信息管理的支持透明计算的I/O管理研究
2.
Channels was developed to relieve the processor of much of this responsibility.
为了减轻处理器繁多的I/O职责，而研制了通道。
3.
The Principle and Application of the Realization of the A/D Function with MCU I/O;
用单片机I/O引脚实现A/D功能的原理与应用
4.
Sequence Control System of the Chemical Water Treatment Based on Fieldbus Remote I/O
基于现场总线远程I/O的化学水处理顺控系统
5.
Application of MTL8000 REMOTE I/O system in the jointing unit of acid water and acid gas
MTL8000远程I/O系统在两酸处理联合装置中的应用
6.
Earlier in the chapter (Fig. 8.5) we identified the gap separating logical and physical I/O.
本章的前部分（图8.5），我们已经标明了把逻辑I/O和物理I/O隔开的缝隙。
7.
MIOC: Memory and I/O Bridge Controller
内存和i/o桥控制器
8.
Overlapped I/O operation is in progress.
重叠 I/O 操作在进行中。
9.
Listen and fill in the blanks with a, e, I, o or u
听并用a，e，I，o或u填空。
10.
Implement Overlapped I/O Socket Model Using C++
C++实现Overlapped I/O Socket模型
11.
We might replace the channel with this new I/O processor (Fig. 10.5).
我们可以用一个新的I/O处理器去代理通道（图10.5）。
12.
Near-future systems might contain several I/O processors, one to replace each channel.
不久的将来，系统可能包含若干个I/O处理器，每个都代替一个通道。
13.
The I/O might be placed in a networking closet, while the processor and memory could reside in the data center.
这样，I/O可以放在连网机柜中，而处理器和存储器可置于数据中心。
14.
With NGIO, the server is split so the processor and memory are in one location and the I/O is in another.
有了NGIO，服务器可以分开，处理器与存储器可处一地，而I/O另处一地。
15.
Study and Implementation of Shared I/O Driver Model on Satellite-carried Embedded Multiprocessor System;
星载嵌入式多处理器系统共享I/O驱动模型的研究与实现
16.
Design of Different I/O Implementation in Parallel Programming and Its I/O Performance;
并行程序中不同I/O实现方式的设计与I/O性能
17.
If I/O control can be shifted to an independent processor, why not other functions (Fig. 10.6)?
如果I/O控制能移值给一个独立的处理器，其他功能当然也能了（图10.6）。
18.
Programming language COBOL-Indexed I-O module
GB/T4092.6-1992程序设计语言cobol索引I-O模块