在线仿真的英文

• ice in-circuit emulation

• "在线"英文翻译    on line
• "仿真"英文翻译    simulation; emulation; phant ...
• "在线仿真器" 英文翻译 :    in-circuit emulator
• "再线仿真器" 英文翻译 :    in-circuit emulator
• "天线仿真负载" 英文翻译 :    antenna dummy load
• "模拟天线仿真天线" 英文翻译 :    artificial antenna
• "租用线仿真服务" 英文翻译 :    lle leased line emulation service
• "在线系统仿真" 英文翻译 :    on-line system simulation
• "运动仿真在线培训" 英文翻译 :    ug
• "在线" 英文翻译 :    [电学] on line◇在线操作 on-line operation; 在线计算机 on-line computer
• "仿真" 英文翻译 :    simulation; emulation; phantom; emulate; simulate
• "四线仿安全线迹" 英文翻译 :    mock safety/4threads
• "adobe在线" 英文翻译 :    adobe online
• "半在线" 英文翻译 :    semi-online
• "存在线" 英文翻译 :    existing line
• "火在线" 英文翻译 :    firing range
• "联机，在线" 英文翻译 :    online
• "连机，在线" 英文翻译 :    on-line
• "谁在线" 英文翻译 :    who is online
• "搜在线" 英文翻译 :    myshowz
• "在线、联机" 英文翻译 :    for database) online
• "在线泵" 英文翻译 :    in-line pump
• "在线的" 英文翻译 :    inlining; on line; online
• "在线上" 英文翻译 :    online
• "在线修" 英文翻译 :    on line maintenance

• An easy real - time online simulation method in control system
  控制系统的一种简单实时在线仿真方法
• The ices support you all the way through hardware board bring - up to board support package and device driver development
  到板支持包和设备驱动程序的开发，在线仿真器提供全程支持。
• In the end , the real - time simulation experiment on the physical model has been accomplished in the laboratory and the control method has been applied in the industrial field
  最后利用本文设计的控制器对ph和orp对象的物理模型进行了在线仿真实验，并应用于工业废水处理现场。
• To utilize the super ice 16 simulator to link card to debug the control programs of the communication card and the main control card online and to test on the rs - 485 communication ; 5
  利用superice16仿真器连接板卡，在线仿真调试通信卡和主控制卡的控制程序以及rs - 485通信测试；武汉理工大学硕士学位论文一5
• 2 . the term of on - line simulation is used for the simulating training system . using on - line simulation , we can get the future state of supply water system in simulation system in any time
  2 、将在线仿真的概念用于仿真培训系统中，通过在线仿真可以获取实时数据，实现在仿真系统上模拟供水系统的未来状态。
• Chapter 3 is devoted to an introduction of structure and function of simulation system of pneumatic operation for marine engine , which was conducted by us , emphasizing its character of real - time online control & simulation
  接着在第三章将主要介绍自行研制的“船舶主机气动操作实时仿真系统”的结构组成和功能；着重强调其所具有的实时在线仿真特点。
• Development for a generic in - circuit emulator based on sopc ipcore a generic in - circuit emulator architecture based on sopc was put forward . new fetures can be downloaded more easily by using ipcore
  提出一种基于sopc实现片内嵌入的通用在线仿真器体系结构：利用ipcore易于下载更新的特性，在一片fpga上实现对多种嵌入式cpu的在线仿真支持，体现通用的概念。
• To utilize the super ice 16 simulator to link card to debug the control programs of the analog output card and the high - speed intelligent control card online and to test on the can bus communication ; 5 . to embed the control program debugged successfully into eprom , and debug the system on eprom ; 6 . to debug offline the analog output card , the main control card , and can bus data communication
  利用superice16仿真器连接板卡，在线仿真调试模拟量输出卡和控制卡的控制程序以及can总线通信测试；武汉理工大学硕士学位论文5 .把仿真调试成功的控制程序烧入eprom芯片，进行eprom仿真调试; 6 .脱机调试模拟量输出卡和控制卡以及以n总线数据通信;论文从智能化mscis接口控制系统的组成、原理上介绍了系统的硬、软件设计技术和设计经验。
• Part two : design the schematic of the intelligent communication card ; to apply protel99 software to design sch and pcb charts , then send them to the factory ; to debug on the hardware and test on can bus chip ; to program assemble language control and can bus communication software of the intelligent communication card and debug on the super ice16 simulator ; to utilize the super ice 16 simulator to debug the control programs of the communication card online ; link to control card and debug the can bus communication program online ; to debug the system on eprom
  第二部分：设计can总线智能通信卡的硬件电路，应用protel99设计软件绘制原理图及印刷电路板图，并送厂制作板卡电路板:智能通信卡硬件制作和can总线芯片调试;编写通信卡控制及can总线通信汇编语言程序并编译;在superice16仿真器上在线仿真调试控制程序;连接系统控制卡，仿真调试can总线通信程序;程序烧入eprom芯片，进行系统eprom仿真调试;接口系统驱动程序及测试软件调试。
• The lcm displayed excellent effect in the test . the cascade demo was designed using lpc2138 processor with built - in 512kb flash . in contrast with the old demo , it was not only small size , but also can simulate and download on line , and show the performance of tft lcm conveniently and effectively
  为了设计便携式的demo供演示,采用内嵌512kbflash的lpc2138处理芯片,设计出具有双层结构的微型化demo平台,相比过去体积稍大、且只能脱机演示的demo ,本课题中设计的demo不仅体积小,而且还具有在线仿真下载功能,在产品推广中受到客户的一致好评,为公司的产品推广带来极大的方便。