LabVIEW 8.6进一步缩短了FPGA的开发时间，其新特性允许工程师们直接对CompactRIO可编程自动控制器 (PAC) 进行编程，而无须分别对FPGA编程。 此外，全新仿真功能能够在电脑上验证FPGA应用，从而大大缩短了在编译上消耗的开发时间。

美国国家仪器公司 (NI)日前发布的LabVIEW 8.5为用于测试、控制与嵌入式系统开发的最新版图形化设计平台。构建在已投资10年的多线程技术之上，LabVIEW 8.5通过直觉并行数据流语言，简化了多核心与FPGA架构的应用开发。

There were plenty of sessions on using LabView FPGA at the recent NI Week show in Austin, TX— and new tools from Xilinx for IP optimization. Still, there was a subtle concern among some attendees of ...

The LabVIEW Real-Time Module 8.6 introduced powerful new features for programming CompactRIO hardware that reduce development time and complexity as well as provide tools for monitoring and ...

As a parallel programming language and development tool, LabVIEW meets key requirements that embedded developers require to utilize parallel hardware: intuitive representation of parallel code ...

LabView 2009 enables the development of embedded systems using a variety of programming tools, including a graphical programming language, C code, a hardware description language, and text-based math.

LabView is a great tool for developing embedded applications, but it has been a relatively well-kept secret. Embedded Technology Editor Bill Wong takes a look at a package that ...

With FPGA technology and the NI LabVIEW FPGA Module, you can perform high-speed field-programmable gate array (FPGA) processing on images acquired from Camera Link cameras. FPGA processing is ...

Jeff Kodosky, co-founder and business and technology fellow at National Instruments, was an architect of the LabView graphical programming language. On visit to the NIDays technology conference in ...