4月3日新聞――NI為目標Wind River VxWorks實時操作系統（RTOS）拓展其LabVIEW圖形化編程環境軟件，該系統已經配置于全世界三億五千多萬設備，包括最新的NI公司的CompactRIO控制器。NI公司的cRIO-9012控制器和cRIO-9014控制器結合LabVIEW Real-Time模塊生產力和VxWorks設備軟件的可靠性，使工程師更簡便快速的設計內嵌式系統。 Wind River 公司產品管理部門主管Warren Kurisu表示：“我們與NI的合作為工程師提供了高性能的VxWorks和單一發展平臺中的LabVIEW圖形化編程工具，LabVIEW功能強大且易于使用”“這些技術的結合，通過工程師更快速的將設計流程中復雜的設計應用于配置，這有助于實現設備軟件優化（DSO）。” 內嵌式應用和分布式應用在諸如軍事和航空業受益于該CompactRIO平臺小型耐用的設計。運用Freescale Power Architecture技術的處理速度以及cRIO-9012 控制器和 cRIO-9014控制器中Wind River VxWorks設備軟件的可靠性，以及可再次配置底盤中的Xilinx Virtex-II FPGA，CompactRIO 平臺為工程師提供一個卓越的系統，可以應用于最惡劣的環境中且具有最大可靠性。 工程師可以運用LabVIEW Real-Time模塊為cRIO-9012控制器和cRIO-9014控制器中的Wind River VxWorks 6.1內嵌式設備軟件配置其定制的實時應用。VxWorks為基于CompactRIO平臺的系統提供了一個高度可升級的，實時確定的運行時間環境。另外，工程師可以創造客戶定制的硬件設計，這些硬件設計目標針對任意32位處理運行VxWorks，32位處理運行VxWorks運用LabVIEW Embedded Development Module.提供一個綜合的網絡協議層，增強存儲保護和錯誤管理。 LabVIEW Real-Time模塊的圖形化編程方法使得工程師運用許多信號處理，機械視覺，控制，存檔I/O和網絡的運算法則，更易于設計實時應用，還可以將這些實時應用配置到RTOSs組件，成品和實時硬件設備。LabVIEW Real-Time模塊還具有執行跟蹤工具包的特性，運用LabVIEW模擬模塊快速執行基于模塊的應用，用于應用優化及達到性能約束和集成。 original text [COLOR=#708090][b]NI LabVIEW Real-Time Now Targets Wind River VxWorks RTOS Engineers Can Rapidly Prototype and Deploy Embedded Systems by Combining NI LabVIEW, NI CompactRIO and Wind River VxWorks Real-Time Operating System for Mission-Critical Applications[/b] NEWS RELEASE - April 3, 2007 – National Instruments has extended the NI LabVIEW graphical programming environment to now target the Wind River VxWorks real-time operating system （RTOS）, which has been deployed in more than 350 million devices worldwide including the latest National Instruments CompactRIO controllers. The NI cRIO-9012 and cRIO-9014 controllers combine the productivity of LabVIEW Real-Time and the reliability of the VxWorks device software, making it easy for engineers to rapidly design embedded systems. “Our collaboration with National Instruments gives engineers both the high performance of VxWorks and the powerful, easy-to-use graphical programming tools of LabVIEW in a single development platform,” said Warren Kurisu, director of product management at Wind River. “The combination of these technologies helps fulfill the DSO mandate by enabling engineers to move complicated designs faster through the design cycle and into deployment.” Embedded and distributed applications in industries such as military and aerospace benefit from the small, rugged architecture of the CompactRIO platform. Using the processing speed of the Freescale Power Architecture technology and the dependability of Wind River VxWorks in the cRIO-9012 and cRIO-9014 controllers as well as the customization of the Xilinx Virtex-II FPGA in the reconfigurable chassis, the CompactRIO platform provides engineers with a stand-alone system that can perform applications with maximum reliability in the harshest of environments. Engineers can use LabVIEW Real-Time to deploy their custom real-time applications on Wind River VxWorks 6.1 embedded in the cRIO-9012 and cRIO-9014 controllers. VxWorks delivers a highly scalable, real-time, deterministic run-time environment to systems based on CompactRIO. In addition, engineers can create custom hardware designs that target any 32-bit processor running VxWorks - which provides a comprehensive networking stack, enhanced memory protection and error management - with the LabVIEW Embedded Development Module. The graphical programming approach of the LabVIEW Real-Time Module makes it easy for engineers to design real-time applications, using hundreds of algorithms for signal processing, machine vision, control, file I/O and networking, and deploy them to a suite of RTOSs and off-the-shelf, real-time hardware devices. LabVIEW Real-Time also features an Execution Trace Toolkit for optimizing applications and meeting performance constraints as well as integration with the LabVIEW Simulation Module for quickly implementing model-based applications.[/COLOR]