文章在MES环境下构建了基于OPC(OLE for Process Control)和RFID(Radio Frequency Identification)技术的生产过程数据实时采集模块,并以GDI+(Graphics Device Interface+)图形可视化技术开发了以工作站为生产监控单元的可动态配置的可...文章在MES环境下构建了基于OPC(OLE for Process Control)和RFID(Radio Frequency Identification)技术的生产过程数据实时采集模块,并以GDI+(Graphics Device Interface+)图形可视化技术开发了以工作站为生产监控单元的可动态配置的可视化生产过程监控模块。该平台具有多种数据存储方式,并集成了与其他系统交互的接口模块,实现了异构系统之间的数据共享。最后在某车桥总装厂验证了该系统的可行性与有效性。展开更多
Using general- purpose platforms and software modules instead of application specific hardware can facili-tate application of the software radio technique using computer and network based architecture. As the developm...Using general- purpose platforms and software modules instead of application specific hardware can facili-tate application of the software radio technique using computer and network based architecture. As the developmentof network, a new technology of software radio based on network-Visual Radio is proposed. In this paper, wederivate the concept of Visual Radio which is based on network from Software Defined Radio's developing process; in-troduce its background and narrate its technical content and peculiarity,and expect its future.展开更多
文摘文章在MES环境下构建了基于OPC(OLE for Process Control)和RFID(Radio Frequency Identification)技术的生产过程数据实时采集模块,并以GDI+(Graphics Device Interface+)图形可视化技术开发了以工作站为生产监控单元的可动态配置的可视化生产过程监控模块。该平台具有多种数据存储方式,并集成了与其他系统交互的接口模块,实现了异构系统之间的数据共享。最后在某车桥总装厂验证了该系统的可行性与有效性。
文摘Using general- purpose platforms and software modules instead of application specific hardware can facili-tate application of the software radio technique using computer and network based architecture. As the developmentof network, a new technology of software radio based on network-Visual Radio is proposed. In this paper, wederivate the concept of Visual Radio which is based on network from Software Defined Radio's developing process; in-troduce its background and narrate its technical content and peculiarity,and expect its future.
