任务间通信的英文

• communication task to task
• intertask communication
• task to task communication
• task-to-task communication

• "任务"英文翻译    task; job
• "间"英文翻译    space in between; opening
• "通信"英文翻译    communication; communicate b ...
• "间通信" 英文翻译 :    agent communication
• "城市间通信" 英文翻译 :    intercity communication
• "程序间通信" 英文翻译 :    interprogram communication; program to program communication; program-to-program communication
• "船间通信" 英文翻译 :    ship-to-ship communication
• "船桥间通信" 英文翻译 :    bridge-to-bridge communication
• "单位间通信" 英文翻译 :    inter-unit communication
• "飞船间通信" 英文翻译 :    vehicle to vehicle communication
• "飞机间通信" 英文翻译 :    plane-to-plane communication
• "个人间通信" 英文翻译 :    interpersonal messaging
• "进程间通信" 英文翻译 :    inter-process communication ipc; interprocess communications; ipc inter-process communication; process to process communication
• "局间通信" 英文翻译 :    interoffice communication
• "空间通信" 英文翻译 :    space communication; space communtication
• "空间通信网" 英文翻译 :    space communication network; space communications net
• "瞬间通信" 英文翻译 :    instantaneous communication
• "通道间通信" 英文翻译 :    interchannel communication
• "网络间通信" 英文翻译 :    inter-net communication
• "卫星间通信" 英文翻译 :    intersatellite communication; itersatllite communication
• "系统间通信" 英文翻译 :    intersystem communications
• "细胞间通信" 英文翻译 :    cell-cell communication
• "相互间通信" 英文翻译 :    reciprocal communication; reciprocalcommunication
• "行星间通信" 英文翻译 :    interplanetary communication
• "学科间通信" 英文翻译 :    cross-disciplinary communication

• Perform parallel - type execution with scripts using built - in inter - task communication and synchronization primitives
  利用使用内置任务间通信和同步原语的脚本进行并行执行。
• This paper makes the data - sharing between the tasks in different systems via socket communication
  通过socket套接字实现不同主机上多任务间通信来使不同任务间的资源实现共享。
• It also summarized some experiences in the engineering practices , as well as introduced the client / server mode , communication among multi - tasks and sockets used in the module
  同时对于在模型中使用到的客户服务器模式、多任务间通信和套接字等技术也作了相应的介绍。
• The real - time microkernel we designed includes the following parts : task management , synchronization and communication , memory management , time management , interrupt handling and system call
  设计的实时操作系统内核，包括任务管理、任务间通信、存储管理、时钟管理和异常处理系统调用等部分。
• Then the inner workings of c / os - are described . the content of this thesis is also including the structure of kernel , task schedule , timer management , and interrupt management
  接着详细介绍了c / os -的设计与实现，对其内核结构、调度算法、任务切换、时间管理、中断管理及任务间通信作了详细的描述。
• Redundancy control , part of data collection is used to let data management system make right decision . the embedded operating system vxworks which is used widely in embedded system is implemented as system ’ s software part . vxworks has a micro kernel with highly scalable property , efficient multitask schedule , smart communication between tasks and certain interrupt latency with microsecond level as well
  而相应的软件控制部分则依托在嵌入式领域应用广泛的实时多任务操作系统vxworks ,它具有高度可剪裁的微内核结构、高效的多任务调度、灵活的任务间通信手段、快速灵活的i / o系统、确定的微秒级中断延迟时间等优点。
• With the background of the work in " the developing platform and key technologies for vehicle electric system " and " the developing platform based on component for intelligence electrical appliance " which belongs to national 863 high tech program ( 863 program ) , this dissertation mainly focus on the research of the embedded component technology , analyses general component model and current embedded component model , researches the embedded component technology for different domains on the basis of embedded system characteristics , shows two embedded component models for special domain : " embedded component model based on intertask communication " , " embedded model based on assembly language source code "
  本文结合实时系统研究室先期技术研究“面向客用汽车电子嵌入式软件开发平台及关键技术”和863项目子课题“智能家电软件构件化开发集成平台” ,对嵌入式组件技术进行了研究,分析了当前非嵌入式领域和嵌入式领域的组件模型,根据嵌入式系统的特点,研究了面向不同领域的嵌入式组件技术,在吸收已有嵌入式组件技术优点的基础上,提出了面向两种特定领域的嵌入式组件实现模型:基于任务间通信的嵌入式组件模型,基于汇编源代码的嵌入式组件实现模型。
• The paper descibes a few key techniques of the embedded software design that based on the embedded operating system . embedded operating system is the soul of the embedded system , its function is to schedule , manage and control tasks , manage the inter - task communication , task synchronization and mutex , manage system resources . the embedded operating system is not suitable for common use because of the specific application of embedded system , and it has characters of itself
  嵌入式操作系统是嵌入式应用系统的灵魂，它担负着任务调度、任务控制、任务间通信与同步、资源管理、存储管理等重要任务，但嵌入式应用系统的专用性决定了嵌入式操作系统的通用性是非常低的，为了片面追求其通用性，结果往往是嵌入式操作系统的性能不能满足应用的需要。
• Meanwhile , the bluecat linux of lynuxworks " is app lied in our system in detail . we describe the advanced power management ( apm ) and flash filesystem ( ffs ) , in order to complete process management and acess the flash rom area in ep7312 . further we introduce the implementation of embedded gui and board support package ( bsp ) . the system we developed is efficiency , as well as easy to transplant to other communication systems , so it has a bright future with widely used it has been verified that the methods and plans mentioned in this paper are of great correctness in the practical applications
  其中详细分析了bluecatlinux特有的先进功率管理( apm )软件实现对系统高效的多任务管理、快速灵活的任务间通信及闪存文件系统( ffs )的建立管理机制及编程实现，并说明了板级支持包( bsp )和设备驱动程序的编写。由于对复杂通信系统的设备所涉及的接口模块大部分电路是一样的，该主控模块略经修改可以作为一个通用嵌入式系统的模块，应用于其它系统或产品具有较广的应用前景。
• In chapter 2 , some key concepts related with c / os - ii kernel is described in details , such as task states and state - transition , task management and scheduling , time management , inter - task communication and synchronization , interrupt and clock tick . the cons and pros of c / os - ii are also listed . and a new strategy is proposed to improve the task - scheduling
  第二章对c / os - ii内核进行分析,详细解释任务状态及转换、任务管理及调度、时间管理、任务间通信与同步以及中断与时钟节拍等原理,分析了c / os - ii实时内核的优缺点,并提出了c / os - ii的任务调度策略的改进方法。

• 任务间通信的日语：タスクかんコミュニヶーション タスク間コミュニヶーション