Powering intelligent instruments with Lua scripting

D. Clark
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引用次数: 7

Abstract

As the power of the integrated processors that control today's instruments continues to climb, instrument vendors will increasingly add features that allow users to utilize the added intelligence by embedding custom applications directly onboard the instrument. For the test, measurement and automation industries, this paradigm is a complement to, among other things, the advent of synthetic instruments that can “be anything you want,” the frequent use of mezzanine type hardware and the rise of the LXI specification in which instrument to instrument messaging allows one instrument to control and communicate with another without the necessity of a host PC.
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用Lua脚本编写智能仪器
随着控制当今仪器的集成处理器的功能不断攀升,仪器供应商将越来越多地添加功能,允许用户通过直接在仪器上嵌入定制应用程序来利用增加的智能。对于测试、测量和自动化行业来说,这种模式是对合成仪器出现的补充,合成仪器可以“成为你想要的任何东西”,夹层类型硬件的频繁使用以及LXI规范的兴起,在LXI规范中,仪器到仪器的消息传递允许一台仪器控制另一台仪器并与之通信,而无需主机PC。
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Common S2ENCE maintenance Higher-level development and COTS hardware expand FPGA boundaries A wavelet packets and PCA based method for testing of analog circuits Powering intelligent instruments with Lua scripting Digital Signals in IEEE 1641 and ATML
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