communication n. 1.通讯,通知;交换;信息;书信,口信,通报。 2.传达,传授;传播;传染。 3.交通,交通机关;联系,连络(设备)。 4.【宗教】接受圣餐。 a means of communication交通工具。 communication equipment 通讯设备。 cut off communication 切断连络[通讯]。 have no communication with 与…无联系[不通信息]。 in communication with 与…连络[通信息]。 privileged communication 【法律】 1. 法律准许不外泄的内情。 2. 法律准许作为证词而提供的内情〔不构成诽谤罪等〕。
The paper emphasizes the theory and realization of mandatory access control , including the realization of mandatory access control on inter - process communication and network , and elaborates how mandatory access control defends system against trojan horse 论文重点介绍了强制访问控制机制的理论及实现,包括进程间通信的强制访问控制以及网络强制访问控制的实现,并详细阐述了强制访问控制对特洛伊木马的防范。
The data - sampling section completes analogue - to - digital conversion using fpga and high speed adc , then transmits these data to processing communication equipment in some format . because fpga has high speed processing capacity , this section can obtain very high sampling rate 数据采集部分采用现场可编程门阵列( fpga )作为与模数转换器件( adc )的接口,在单芯片内实现了同步采样控制、数据编码传输的功能。
Ipc means inter process communication . the communication of each segment is in the category of ipc , it makes a bridge of data transmission and sharing for such segments and makes the relation of each segments closer . in today ’ s windows programming , ipc is an important technology 进程间通信又简称为ipc ( interprocesscommunication ) ,各个小片段间的彼此通信便都在ipc范畴之内,它为各个片段间的数据传输与共享建立起了一个桥梁,使得片段之间的联系更加的紧密。
Abstract with the foundation of real - time , fault tolerant , standard compatibility , a standard for embedded real - time os was suggested , which included embedded os architecture , supported hardware , schedule management , memory management , inter ? process communication , timer performance , network support , file system , driver development and debug and so on 摘要以与实时系统开发过程密切相关的实时性、故障容错和标准兼容性等关键特征为基础,提出一套对嵌入式实时操作系统性能衡量的标准,涵盖体系结构、硬件支持、调度管理、内存管理、进程间通讯、定时性能、网络支持、文件系统、驱动编程以及开发调试等关键特证。
Up to now , the operating system layer has not been fully researched in supporting qos , so , this dissertation chose linux as the tool of implementing qos guarantee in real - time scheduling and inter process communication on the basis of expanding existing linux kernel and ipc mechanism . at last , using qos technology into the design and development of fire alarm and control system 操作系统层支持qos的研究,目前尚未充分进行,因此,本文选择linux系统作为实现qos保证的操作系统,对其内核及ipc机制进行了扩充,使之能够在实时调度和进程间通信上支持qos ,最后将qos技术用于消防实时指挥系统的构建中,提高该系统的实时性,更好的满足部队实战需要。
With the foundation of real - time , fault tolerant , standard compatibility , a standard for embedded real - time os was suggested , which included embedded os architecture , supported hardware , schedule management , memory management , inter - process communication , timer performance , network support , file system , driver development and debug and so on 摘要以与实时系统开发过程密切相关的实时性、故障容错和标准兼容性等关键特征为基础,提出一套对嵌入式实时操作系统性能衡量的标准,涵盖体系结构、硬件支持、调度管理、内存管理、进程间通讯、定时性能、网络支持、文件系统、驱动编程以及开发调试等关键特证。
The development environment of the general software is the same as the running environment . it ' s simply to collecting the run - time information in this environment . you can store the data in a data file or send the data directly to testing tools by some kind of inter - process communications 通用软件开发的开发环境和程序运行环境是相同的,程序动态信息的收集比较简单,可以通过写数据文件将程序的动态信息保存下来,或通过某种进程间通信等方式直接将程序的动态信息发送给分析测试工具。
The research on linux 2 . 4 has been done , the emphasis of the study is put on process manipulated and process scheduled , interrupt response and interrupt handling , file system , inter - process communication , the memory management of the popular uclinux embedded operating system , and programming linux device driver 研究了版本为2 . 4的linux内核,重点是内核的进程管理和调度机制,中断响应和处理机制,文件系统机制,进程间通信机制,研究了比较流行的嵌入式操作系统uclinux的内存管理机制。
Process management and scheduling , inter - process communication , storage management , parallel control , file systems , transaction , clock synchronization , security mechanism , etc . the research topic of this thesis is " load distribution " , a destination of distributed process management and scheduling 分布式操作系统涉及到多个方面的工作,如:进程管理和调度、进程间通信、存储管理、并发控制、文件系统、事务处理、时钟同步、安全机制等。本论文的研究范围是针对分布式进程管理和调度的目标之一: “负载分布” 。
The test system we discussed is made up of a personal computer , hard wares with various functions , graphical interfaces application software labwindows / cvi which is used to analyses data and process communication . it made the computer to be a numeral platform with various test functions 本课题建立的测试系统由个人计算机、各种功能硬件模块与用于数据分析、过程通信及图形用户界面的应用软件labwindows cvi有机结合构成,使计算机成为一个具有各种测量功能的数字化测量平台。