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Introduction
keywords: data collection LabVIEW
This book takes LabVIEW as the explanation object, and is organized around the LabVIEW programming environment, methods and means of programming data processing, and improving programming skills. It introduces in detail the commonly used programming methods, programming skills and application examples of LabVIEW. The book has 11 chapters in total. Chapters 1 to 6 introduce the basic programming knowledge of LabVIEW, including programming environment, data processing methods, programming, NI data acquisition basics, etc. Chapters 7 to 11 introduce LabVIEW combined with NI ELVIS to process sensor data. The practice of collecting. This book is rich in content, clear in structure, and highly practical. It fully explains programming skills and enables readers to quickly master programming methods. This book is suitable for colleges and universities to use as a comprehensive hands-on experiment teaching material when class time is limited, and it is also suitable for schools that do not offer LabVIEW courses to use as a self-study teaching material. It also has certain reference value for readers who need to study systematically and participate in CLAD certification. 


第1章 LabVIEW概述
1.1 什么是LabVIEW
1.2 如何获得LabVIEW
1.3 安装、启动LabVIEW
1.4 什么是NI MAX
1.5 LabVIEW系统分类及其工具网络
1.6 如何用LabVIEW解决实际问题
第2章 LabVIEW编程环境
2.1 初识LabVIEW
2.1.1 首次运行LabVIEW
2.1.2 范例查找器
2.1.3 新建一个VI
2.1.4 ni.com全站搜索
2.1.5 前面板概览
2.1.6 程序框图概览
2.1.7 “工具”选板
2.1.8 工具栏
2.1.9 菜单栏
2.1.10 快捷方式
2.1.11 “导航”窗口
2.1.12 使用LabVIEW项目方式开发
2.1.13 “即时帮助”窗口
2.2 编程准备知识
2.2.1 配置前面板及对象
2.2.2 程序框图的连线
2.2.3 接线端的显示方式
2.2.4 程序框图节点
2.2.5 使用“函数”选板
2.2.6 使用函数
第3章 LabVIEW数据处理基础
3.1 数据操作
3.1.1 数据类型
3.1.2 数值型数据
3.1.3 布尔型数据
3.1.4 字符串型数据
3.1.5 数据常量
3.2 数组与簇
3.2.1 数组
3.2.2 簇
3.3 编程结构
3.3.1 在程序框图中使用结构
3.3.2 For循环与While循环
3.3.3 执行部分代码的程序结构(条件、顺序、禁用)
3.3.4 事件结构
3.3.5 局部变量、全局变量
3.4 图形与图表
3.4.1 图形和图表的类型
3.4.2 波形图和波形图表
3.4.3 自定义图形和图表
3.4.4 平滑线条、曲线
3.4.5 标尺图例
3.4.6 动态格式化图形
第4章 LabVIEW数据处理进阶
4.1 函数的多态性
4.2 比较函数
4.2.1 比较数值
4.2.2 比较字符串
4.2.3 比较布尔值
4.2.4 比较数组和簇
4.3 公式与方程
4.4 文件I/O
4.4.1 文件I/O基本流程
4.4.2 判定要使用的文件格式
4.4.3 文件路径
4.4.4 二进制文件
4.4.5 配置文件
4.4.6 数据记录文件
4.4.7 记录前面板数据
4.4.8 LabVIEW的测量文件
4.4.9 电子表格文件
4.4.10 TDM/TDMS文件
4.4.11 文本文件
4.4.12 波形
4.5 处理变体数据
第5章 LabVIEW程序设计
5.1 程序框图的数据流
5.2 程序框图设计提示
5.2.1 程序框图设计规范
5.2.2 整理程序框图
5.2.3 复用程序框图代码
5.3 Express VI
5.4 属性节点
5.4.1 创建属性节点
5.4.2 属性节点使用注意事项
5.5 自定义控件
5.6 创建VI和子VI
5.6.1 范例、VI模板、项目模板
5.6.2 创建模块化代码(子VI)
5.6.3 使用图标
5.6.4 保存VI
5.6.5 自定义VI
5.7 运行和调试VI
5.7.1 运行VI
5.7.2 调试技巧
5.8 使用项目和终端
5.8.1 在LabVIEW中管理项目
5.8.2 管理LabVIEW项目的依赖关系
5.8.3 解决项目冲突
5.9 使用进阶程序结构
5.9.1 使用状态机编程
5.9.2 同步数据传输编程
第6章 NI数据采集基础
6.1 基于计算机的数据采集系统
6.2 测量信号的类型
6.3 测量模拟信号
6.3.1 连接模拟输入信号
6.3.2 模拟信号测量系统的类型和信号源
6.3.3 连接模拟输出信号
6.3.4 采样相关注意事项
6.4 数字信号测量
6.5 信号调理
6.6 数据采集设备(卡)分类
6.7 NI MAX与DAQmx
6.7.1 NI DAQ设备的使用基本流程
6.7.2 DAQmx
6.7.3 使用NI MAX的测试面板
6.8 DAQmx数据采集
6.8.1 创建典型的DAQ应用程序
6.8.2 使用DAQ助手
6.8.3 配置“DAQ助手”对话框
6.8.4 DAQmx数据采集功能VI
第7章 直流电动机的转速数据采集
7.1 使用槽型光耦测量直流电动机转速
7.1.1 实践要求
7.1.2 传感器简介
7.1.3 测量原理
7.1.4 材料准备
7.1.5 元器件概览
7.1.6 动手实践
7.1.7 TLA-004套件测量训练
7.2 使用霍尔IC测量直流电动机转速
7.2.1 实践要求
7.2.2 传感器简介
7.2.3 测量原理
7.2.4 材料准备
7.2.5 元器件概览
7.2.6 动手实践
7.2.7 TLA-004套件测量训练
第8章 温度传感器测量任务
8.1 使用集成温度传感器测量温度
8.1.1 实践要求
8.1.2 传感器简介
8.1.3 测温原理
8.1.4 基本电路
8.1.5 测量程序编写思路
8.1.6 材料准备
8.1.7 元器件概览
8.1.8 面包板动手实践
8.1.9 TLA-004套件测量训练
8.2 使用热电偶测量温度
8.2.1 实践要求
8.2.2 传感器简介
8.2.3 测温原理
8.2.4 基本电路
8.2.5 材料准备
8.2.6 元器件概览
8.2.7 动手实践
8.2.8 TLA-004套件测量训练
8.3 使用NTC热敏电阻温度传感器测量温度
8.3.1 实践要求
8.3.2 传感器简介
8.3.3 测温原理
8.3.4 基本电路
8.3.5 材料准备
8.3.6 元器件概览
8.3.7 动手实践
8.3.8 TLA-004套件测量训练
8.4 使用铂电阻温度传感器测量温度
8.4.1 实践要求
8.4.2 传感器简介
8.4.3 测温原理
8.4.4 基本电路
8.4.5 材料准备
8.4.6 元器件概览
8.4.7 动手实践
8.4.8 TLA-004套件测量训练
第9章 液体特征参数测量任务
9.1 使用光电式液位传感器进行液位测量
9.1.1 实践要求
9.1.2 传感器简介
9.1.3 测量原理
9.1.4 基本电路
9.1.5 材料准备
9.1.6 元器件概览
9.1.7 动手实践
9.1.8 TLA-004套件测量训练
9.2 使用光电式液体浊度传感器测量液体浊度
9.2.1 实践要求
9.2.2 传感器简介
9.2.3 测量原理
9.2.4 基本电路
9.2.5 材料准备
9.2.6 元器件概览
9.2.7 动手实践
9.2.8 TLA-004套件测量训练
9.3 使用pH计传感器测量溶液pH值
9.3.1 实践要求
9.3.2 传感器简介
9.3.3 测量原理
9.3.4 基本电路
9.3.5 材料准备
9.3.6 元器件概览
9.3.7 动手实践
9.3.8 TLA-004套件测量训练
9.4 使用超声波传感器测量液面高度(距离)
9.4.1 实践要求
9.4.2 传感器简介
9.4.3 测量原理
9.4.4 基本电路
9.4.5 材料准备
9.4.6 元器件概览
9.4.7 动手实践
9.4.8 TLA-004套件测量训练
第10章 安防用途相关传感器测量任务
10.1 使用热释电红外线传感器测量入侵状态
10.1.1 实践要求
10.1.2 传感器简介
10.1.3 测量原理
10.1.4 基本电路
10.1.5 材料准备
10.1.6 元器件概览
10.1.7 动手实践
10.1.8 TLA-004 kit measurement training
10.2 Using humidity sensor to measure ambient humidity
10.2.1 Practical requirements
10.2.2 Sensor introduction
10.2.3 Measurement principle
10.2.4 Basic circuit
10.2.5 Material preparation
10.2.6 Component overview
10.2. 7 Hands-on practice
10.2.8 TLA-004 kit measurement training
10.3 Using electret microphone to collect and measure speech signals
10.3.1 Practical requirements
10.3.2 Introduction to sensors
10.3.3 Measurement principle
10.3.4 Basic circuit
10.3.5 Material preparation
10.3. 6 Component Overview
10.3.7 Hands-on Practice
10.3.8 TLA-004 Kit Measurement Training
10.4 Measuring Environmental Alcohol Leakage Using a Gas Sensor
10.4.1 Practical Requirements
10.4.2 Sensor Introduction
10.4.3 Measurement Principle
10.4.4 Basic Circuit
10.4.5 Material preparation
10.4.6 Component overview
10.4.7 Hands-on practice
10.4.8 TLA-004 kit measurement training
Chapter 11 Acceleration sensor measurement tasks
11.1 Use piezoelectric acceleration sensors to measure vibration signals
11.1.1 Practical requirements
11.1.2 Sensor introduction
11.1 .3 Measurement principle
11.1.4 Basic circuit
11.1.5 Material preparation
11.1.6 Component overview
11.1.7 Hands-on practice
11.1.8 TLA-004 kit measurement training
11.2 Use MEMS 3-axis acceleration sensor to measure inclination angle
11.2.1 Practical requirements
11.2. 2 Introduction to the sensor
11.2.3 Measurement principle
11.2.4 Basic circuit
11.2.5 Material preparation
11.2.6 Component overview
11.2.7 Hands-on practice
11.2.8 TLA-004 kit measurement training
References 

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