文件名称:LabVIEW_EM_Optimize-program-performance
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labview优化LabVIEW程序性能的技术文档和例程-LabVIEW_EM_Optimize-program_performance.rar
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LabVIEW_EM_Optimize-program-performance
.......................................\技术文档
.......................................\........\优化LabVIEW程序性能(英文)
.......................................\........\.........................\BenchThreadSwap.vi
.......................................\........\.........................\Copy of BenchThreadSwap.vi
.......................................\........\.........................\Formatted -- Optimizing VI Performance.ppt
.......................................\........\.........................\Operation.vi
.......................................\........\.........................\Other1.vi
.......................................\........\.........................\ReentrancyTest2.vi
.......................................\........\.........................\SameAsCaller.vi
.......................................\........\.........................\Signal Generation and Processing.llb
.......................................\........\提升LabVIEW程序性能的若干编程技巧(讲义).pdf
.......................................\讲坛例程
.......................................\........\0数组操作性能评估
.......................................\........\.................\spread_Array Allocation in LV86.vi
.......................................\........\1适时选择动态调用子VI_CALL SETUP配置
.......................................\........\....................................\视频中描述了VI_CALL SETUP配置.txt
.......................................\........\2避免强制类型转换
.......................................\........\.................\compare_type_cast_main.vi
.......................................\........\.................\转换bad.vi
.......................................\........\.................\转换good.vi
.......................................\........\.................\运行时间相仿 但内存消耗差一倍.txt
.......................................\........\3防止内存泄漏
.......................................\........\.............\参考视频中描述 需要在程序中释放资源.txt
.......................................\........\4合理使用全局变量
.......................................\........\.................\Array Global.vi
.......................................\........\.................\Use Global Variable.vi
.......................................\........\.................\Use Shift Register.vi
.......................................\........\.................\增加程序可读性同时带来额外的内存开销_对大数据结构忌用_workaround移位寄存器.txt
.......................................\........\5数学运算_使用LabVIEW自带的VI_BLAS
.......................................\........\..................................\BLAS Comparison.vi
.......................................\........\..................................\Traditional Method.vi
.......................................\........\6元素同址操作结构
.......................................\........\.................\Filter the Signal.vi
.......................................\........\.................\Simple Filter.vi
.......................................\........\7配置调用库函数节点
.......................................\........\...................\Constant Option.vi
.......................................\技术文档
.......................................\........\优化LabVIEW程序性能(英文)
.......................................\........\.........................\BenchThreadSwap.vi
.......................................\........\.........................\Copy of BenchThreadSwap.vi
.......................................\........\.........................\Formatted -- Optimizing VI Performance.ppt
.......................................\........\.........................\Operation.vi
.......................................\........\.........................\Other1.vi
.......................................\........\.........................\ReentrancyTest2.vi
.......................................\........\.........................\SameAsCaller.vi
.......................................\........\.........................\Signal Generation and Processing.llb
.......................................\........\提升LabVIEW程序性能的若干编程技巧(讲义).pdf
.......................................\讲坛例程
.......................................\........\0数组操作性能评估
.......................................\........\.................\spread_Array Allocation in LV86.vi
.......................................\........\1适时选择动态调用子VI_CALL SETUP配置
.......................................\........\....................................\视频中描述了VI_CALL SETUP配置.txt
.......................................\........\2避免强制类型转换
.......................................\........\.................\compare_type_cast_main.vi
.......................................\........\.................\转换bad.vi
.......................................\........\.................\转换good.vi
.......................................\........\.................\运行时间相仿 但内存消耗差一倍.txt
.......................................\........\3防止内存泄漏
.......................................\........\.............\参考视频中描述 需要在程序中释放资源.txt
.......................................\........\4合理使用全局变量
.......................................\........\.................\Array Global.vi
.......................................\........\.................\Use Global Variable.vi
.......................................\........\.................\Use Shift Register.vi
.......................................\........\.................\增加程序可读性同时带来额外的内存开销_对大数据结构忌用_workaround移位寄存器.txt
.......................................\........\5数学运算_使用LabVIEW自带的VI_BLAS
.......................................\........\..................................\BLAS Comparison.vi
.......................................\........\..................................\Traditional Method.vi
.......................................\........\6元素同址操作结构
.......................................\........\.................\Filter the Signal.vi
.......................................\........\.................\Simple Filter.vi
.......................................\........\7配置调用库函数节点
.......................................\........\...................\Constant Option.vi