Mô tả

Laboratory Virtual Instrument Engineering Workbench (LabVIEW)

LabVIEW is graphically based, meaning you drag around various building blocks and connect them in a data flow architecture. It’s similar to drawing a block diagram, except you’re drawing your code, as opposed to text-based languages like C# & VHDL where you type out in text what you want the software to do.

There are likely some additional corner cases out there, but this covers the vast majority of applications we see at Viewpoint. Historically, LabVIEW has been widely adopted in the automated test realm, essentially becoming the de facto standard in that application space, whereas more recently it’s been gaining traction within the realm of industrial embedded monitoring and control.

LabVIEW is a software development environment created by National Instruments. Originally it was focused on taking measurements from various lab instruments, but it’s expanded drastically from its inception. Strictly speaking, LabVIEW is not a coding language, it’s a development environment. The language is actually called “G”, but most people refer to LabVIEW as if it’s a language (i.e., most people would say “it’s coded in LabVIEW”).

LabVIEW is used for 4 main purposes:

  1. Automated Manufacturing Test of a component/subsystem/system.

  2. Automated Product design validation of a component/sub-system/system.

  3. Control and/or monitoring of a machine/piece of industrial equipment/process.

  4. Condition monitoring of a machine/piece of industrial equipment.

Here students can learn

  • Basics of LabVIEW software.

  • About IoT in LabVIEW

  • Advanced LabVIEW

    • Fuzzy toolbox

    • PID toolbox

    • Control and simulation toolbox

  • CLAD exam preparation.

  • LabVIEW and Arduino interfacing with different sensors.


Bạn sẽ học được gì

Here students can learn Basics of LabVIEW software.

About Data Dashboard in LabVIEW.

Advanced LabVIEW Fuzzy toolbox PID toolbox Control and simulation toolbox.

CLAD exam preparation.

LabVIEW and Arduino interfacing with different sensors.

Data Acquisition using MY DAQ.

Python Integration with LabVIEW

IoT applications using LabVIEW

Yêu cầu

  • Any one can learn it

Nội dung khoá học

21 sections

Introduction

5 lectures
Introduction
12:07
LabVIEW Activator
00:00
LabVIEW 2018
00:00
LabVIEW Download
04:08
New Features of LabVIEW 2023
09:02

LabVIEW Basics

5 lectures
Data Flow Programming
04:04
Numeric Pallete in LabVIEW
24:43
Boolean Pallete in LabVIEW
08:43
Comparison Pallete in LabVIEW
15:03
Different Types of loops
21:56

LabVIEW Basic Examples-1

40 lectures
Straight Line Equation
04:23
Train Berth
03:54
SubVI or Modular Programming
06:20
Array
07:45
Arrays in LabVIEW.
05:09
Array functions index array
07:20
Build array function
04:51
Find out the product of two matrices using matrix function
05:28
Find out the rank, inverse, transpose, eign value of a matrix using matrix
08:55
Find the determinant of a matrix using the matrix function
08:12
Cluster
05:34
Clusters in LabVIEW
03:35
Numeric operations in cluster
05:03
Logical Operations in cluster
03:21
Conversion between array and cluster
04:59
Comparison in clusters
04:07
Cluster in Range
03:34
Changing a value in existing Cluster
06:20
Toggle switch in cluster
03:01
Marks of a student using cluster and array
14:39
Control the temperature of room
05:58
Combo Box
04:00
FOR loop functions
05:11
Build Seven segment display using case structure
18:11
ODD and Even number in GUI
05:33
Compute Mathematical Equation
06:36
Roots of Quadratic Equation
03:52
Trigonometric Function in GUI
07:10
Search and Split String
03:59
DeMorgan’s First theorem
09:45
DeMorgan’s Second theorem
06:23
Digital Electronics using LabVIEW
03:22
1+A+B+C
06:01
Gray to Binary and Binary to Grey Code
09:07
Functions in LabVIEW
09:06
Armstrong Number
10:19
Sphere
03:53
Cylinder
06:48
Trapezoid
04:29
Cone
06:43

LabVIEW Basic Examples-2

72 lectures
FORMULA Node
05:02
Full Adder
04:52
Full Adder
06:37
BCD to Grey
08:35
CTRL + F in LabVIEW
05:35
Separate each character from string
02:59
Local Variable in LabVIEW
06:08
Global Variable in LabVIEW
04:26
Counter In LabVIEW
02:50
Generate a waveform in LabVIEW
12:35
XY graph in LabVIEW
06:53
Mixed Signal Graph
08:45
Circle using While loop
05:51
Different colors using an Array
04:36
Differential Equations Control and Simulate
12:43
Trigonometric formulae verification Type-1
05:22
Strip chart, Scope Chart and Sweep Chart
12:50
Build Waveform Graph
06:24
Lissajous pattern
05:01
Digital Waveform Graph
05:25
Compressing a Waveform
11:53
Enum Function
10:33
New Enum Feature
02:38
Flat Sequence Structure P1
04:16
Flat Sequence Structure P2
03:57
Flat Sequence Structure P3
04:21
Flat Sequence Structure P4
08:25
Flat Sequence Structure P5
05:03
In Place Element Structure Part-1
08:05
In Place Element Structure Part-2
05:04
In Place Element Structure Part-3
07:47
In Place Element Structure Part-4
08:04
In Place Element Structure Part-5
05:08
Event Structure Push and Pop
07:43
Formula Node
04:49
Formula Node application in Algebra to find (a+b)2
03:31
Formula Node application in Algebra to find (a+b)3
03:54
Formula Node application to find out Simple Interest
04:34
Formula Node application to find out Compound Interest
04:25
Mathscript Node application in Algebra to find (a+b)2
06:34
Mathscript Node application in Algebra to find (a+b)3
06:48
Mathscript Node application to find out Compound Interest
04:19
Mathscript Node application to find out Difference of CI and SI
06:07
Expression Node Example-1
03:58
Expression Node Example-2
03:24
Expression Node Example-3
04:50
Data loging into Excel using LabVIEW
10:38
Property Node Part-1
04:42
Property Node Part-2
04:26
Property Node Part-3
04:24
Property Node Part-4
09:59
Property Node Part-5
07:07
State Machine example-1
04:22
State Machine example-2
08:44
Tea Making using state Machine
08:18
Oxygen Concentrator
01:59
Express VI Creation
09:14
Dice Game
06:41
Solar Panel Data logging in to Excel
09:40
Report Generation
17:36
Two Dice Gamble Game
11:39
Temperature Conversion
19:36
Tick Count
05:37
Weight in Different worlds
11:03
Multiple Graph
09:49
Password Protected VI
06:18
Practice Exercise-1
00:46
Practice Exercise-2
00:44
Practice Exercise-3
00:39
Practice Exercise-4
00:35
Do it Yourself
00:01
Questions related to Basics of LabVIEW
15 questions

LabVIEW Codes

1 lectures
LabVIEW Exercises
04:03

Python integration with LabVIEW

13 lectures
Addition
15:31
Subtraction
07:31
Multiply
08:19
Different Data Types in Python and LabVIEW
19:02
Divide
08:06
Floor Division
06:27
Call Exponential Function
08:49
Calling Compound function in LabVIEW
09:13
Calling Power fun from python
04:56
Calling Sine and Cos function from python
10:00
Call Exponent fun from Python and Plot
04:39
Calling Math fun from Python P-1
17:21
Calling Math fun from Python P-2
09:24

DAQ Programming Using Python

11 lectures
DAQ using Python (Download and Install)
12:18
Analog Read using Python
07:11
Analog Write using Python
04:39
Digital Read using Python
03:43
Digital Write using Python
03:35
Analog Write Brightness
05:40
Brightness Control numpy library
03:45
Multiple Analog Write Brightness Control
04:56
Analog Read - POT
07:32
Multiple Analog Read POT Touch
04:36
Blink Led using For loop
08:42

Arduino Using Python

7 lectures
Digital Signal Acquire
08:03
Digital Signal Generation Using Python
07:56
Acquire Analog Signal Generate Digital Sig
03:38
Multiple Digital Read
09:48
Multiple Digital Signal Generate
07:51
IR Sensor
07:52
Data Recording using Arduino into Excel
11:23

Python / NI DAQ / Arduino Knowledge

1 lectures
Test your Knowledge
10 questions

IoT in LabVIEW

8 lectures
Data Dashboard
04:12
IOT Using LabVIEW DATA Dashboard. (Controlling a Boolean LED)
06:22
IOT based on LabVIEW Data Dashboard (Acquiring Signal) Lecture-2
05:49
IoT using LabVIEW for Single Variable
13:01
IoT using LabVIEW for Two Variables
09:44
IoT using LabVIEW for Solar Panel
09:26
IoT using LabVIEW (To Read Data from Cloud)
05:26
Data Dashboard using System Link
15:09

IOT using NODE MCU 8266 12E and Blynk

3 lectures
blynk 2.0
20:08
Blynk application and NODE MCU
14:09
Node MCU using TCP protocol
15:10

Certified LabVIEW Associate Developer (CLAD)

3 lectures
CLAD Question - 1
02:15
CLAD Question - 2
01:20
CLAD Question - 3
08:12

LabVIEW + Arduino UNO

4 lectures
Arduino Interfacing with LabVIEW using LINX
10:15
Arduino Interfacing with LabVIEW Type 2 Using LIFA
13:59
PIR (Passive Infrared Sensor) interfacing with LabVIEW using Arduino
05:58
Ultrasonic Sensor + LabVIEW+ Arduino
04:47

LabVIEW + Arduino NANO

14 lectures
Arduino Nano Introduction
03:47
Acquire Analog Signal Using Arduino Nano
05:14
Acquire Digital Signal using Nano
04:01
Generate Digital Signal Using Arduino Nano
02:58
Acquire Multiple Analog Signals
04:50
Buzzer with Arduino Nano
02:53
IR Sensor using Arduino Nano
03:50
DHT11 Humidity and Temperature Measurement
04:29
Flame Sensor With Arduino Nano
03:28
MQ3 Sensor Interfacing with Arduino Nano
04:45
PIR Sensor using Arduino Nano
04:31
Relay With Arduino NANO
03:42
Touch Sensor interfacing using Arduino Nano
03:01
Ultrasonic Sensor using Arduino Nano
02:37

Arduino Mega

7 lectures
Arduino Mega Introduction
04:31
Motion sensor interfacing using Arduino Mega and LabVIEW
05:37
IR sensor and Buzzer interfacing using Arduino Mega and LabVIEW
07:35
RGB LED control using Arduino Mega and LabVIEW
05:48
Buzzer and Capacitive Touch Sensor interfacing using Arduino Mega and LabVIEW
06:21
Relay interfacing using Arduino Mega and LabVIEW
05:49
Pump interfacing using Arduino Mega and LabVIEW
02:36

Data Acquisition using MY DAQ

7 lectures
Introduction to NI MY DAQ
02:54
Digital Signal Generation
04:52
Digital Signal Acquisition
04:39
Fading LED using MY DAQ
05:49
Sound Signal Acquisition
03:16
IR Sensor Interface Using MY DAQ
06:49
Relay Interfacing using LabVIEW
05:27

Advance LabVIEW

13 lectures
Transfer function In LabVIEW
02:47
Step Response in LabVIEW
02:39
PID Controller Design in LabVIEW
08:39
PID Tuning using ZN Method
06:36
PID Tuning Method TL(tyres and luben tuning method)
06:52
Fuzzy controller Design in LabVIEW
13:04
Particle swarm optimization (PSO) using LabVIEW
17:58
How to create executable files in LabVIEW
08:40
Capacitor and Inductor Behavior for AC and DC voltage
08:44
Image Processing using LabVIEW
17:03
Aero plane using Image Processing
13:35
TCP Protocol Server and client based
07:31
UDP Protocol
09:54

Industry Projects using VISA

7 lectures
Digital Signal-Driven Control
07:20
Multi-Signal Device Control
08:44
POT signal read
08:02
Digital Instrument Data Capture (DIDC)
06:52
Multi-Instrument Digital Data Acquisition (MIDDA)
05:28
DigInWrite: Digital Signal Integration for Industry P-1
06:22
DigInWrite: Digital Signal Integration for Industry P-2
05:08

Industry Applications using NI myRIO

8 lectures
Industry-Grade Application of myRIO: Enhancing Automation and Control P-1
19:50
Industry-Grade Application of myRIO: Enhancing Automation and Control P-2
10:56
myRIO Running Light Project: Innovative LED Control Demonstration
14:35
Connecting and Utilizing Potentiometers for Control
08:19
LDR Interfacing with myRIO: Light Sensing and Data Integration
11:55
Low-Level Digital Signal Generation: Programming for Precise Signal Control
10:15
Combining Light Sensing and Touch Interaction with Electronics
06:57
Sensor Fusion: Integrating LDR, IR, and Touch Sensors for Advanced Interfacing
09:53

Data Acquisition Using NI USB DAQ 6009

1 lectures
DAQ 6009
57:53

LabVIEW Knowledge

1 lectures
Test Your Knowledge
20 questions

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