Hardware Interfacing Using NI USB Devices
- Descrição
- Currículo
- FAQ
- Revisões
Laboratory Virtual Instrument Engineering Workbench (LabVIEW) is a system-design platform and development environment for a visual (graphical) programming language from National Instruments.
-
LabVIEW solves engineering challenges across a broad range of application areas. Hence it is an indispensable skill to have.
-
LabVIEW is a Systems Engineering Software for applications that require test, measurement, and control.
-
Participants will get exposure to LabVIEW-based application development using standard PC-based software and interfacing field instruments through Data Acquisition Hardware.
-
Many startups use LabVIEW for rapid prototyping, building breadboard, and proof of concept systems prior to building the final shipping products.
-
LabVIEW is especially valuable for companies who want to ship complex systems that need all of the embedded software, FPGA software, and client applications for the same product as LabVIEW allows developing the whole stack in a single high-level language cutting the total development cost and time significantly.
-
In addition, many companies use it for testbeds, R&D tools, and manufacturing and service tools for hardware products that were developed using some other embedded programming languages.
-
Here students can learn some basics of LabVIEW software.
-
How to acquire an analog signal using NI USB 6001 DAQ card.
-
How to generate an analog signal using NI USB 6001 DAQ card.
-
How to acquire a digital signal using NI USB 6001 DAQ card.
-
How to generate a digital signal using NI USB 6001 DAQ card.
-
How to acquire an analog signal using NI MY DAQ card.
-
How to generate an analog signal using NI MY DAQ card.
-
How to acquire a digital signal using NI MY DAQ card.
-
How to generate a digital signal using NI MY DAQ card.
-
How to acquire an analog signal using NI MY RIO.
-
How to generate an analog signal using NI MY RIO.
-
How to acquire a digital signal using NI MY RIO.
-
How to generate a digital signal using NI MY RIO.
-
Learn about NI ELVIS II+
-
IoT using LabVIEW
-
1
Introduction -
2
Intro
-
3
Download LabVIEW
-
4
Control and Simulation Toolbox Install
-
5
Mathematical Expressions in LabVIEW
-
6
Boolean Expression in LabVIEW
-
7
Comparison in LabVIEW
-
8
Different Types of Loops in LabVIEW
-
9
Capacitor and Inductor Behavior for AC and DC voltage
-
10
Express VI creation
-
11
Data loging into Excel using LabVIEW
-
12
Particle swarm optimization (PSO) using LabVIEW
-
13
Solar Panel Data logging in to Excel
-
14
Report Generation
-
15
NI Example Automatic Tank Level PID Controller
-
16
LabVIEW Basics
-
17
Write Multiple Digital DATA using NI USB 6001
-
18
Generate Multiple signals using NI USB 6000 series
-
19
Acquire Multiple Digital Signal using USB 6000 series
-
20
Read Multiple analog signals using NI USB 6000 series
-
21
Acquire Analog and Generate analog output
-
22
PIR sensor interfaced with NI USB 6001 DAQ card
-
23
LVDT interfaced with NI LabVIEW
-
24
Linear POT interfaced with LabVIEW
-
25
Rotatory POT interfaced with LabVIEW
-
26
PWM signal generation
-
27
HC SR04 Interfacing
-
28
General Information of NI USB 6001
Basics of NI USB 6001
-
38
MY RIO Basics P-1
-
39
MY RIO Basics P-2
-
40
Running Light Project using my RIO
-
41
Digital Signal Generation low level programming
-
42
Connecting and Utilizing Potentiometers for Control
-
43
LDR Interfacing with myRIO: Light Sensing and Data Integration
-
44
Combining Light Sensing and Touch Interaction with Electronics
-
45
Sensor Fusion: Integrating LDR, IR, and Touch Sensors for Advanced Interfacing
-
46
Acquire Analog Signal Using my RIO
-
47
Generate Analog Signal using my RIO
-
48
my RIO Acquire Digital Input
-
49
my RIO Generate Digital Out
-
50
Digital Potentiometer (DPOT) using myRIO
-
51
my RIO Accelerometer
-
52
PWM signal using My RIO REAL DEMONSTRATION
-
53
Reading X axis, Y axis and Z axis data using accelerometer in LabVIEW my RIO
-
54
MY RIO
-
72
Introduction to Arduino Nano
-
73
Acquire Analog Signal Using Arduino Nano
-
74
Acquire Digital Signal using Nano
-
75
Acquire Multiple Analog Signals
-
76
Generate Digital Signal Using Arduino Nano
-
77
Touch Sensor interfacing using Arduino Nano
-
78
Buzzer with Arduino Nano
-
79
IR Sensor using Arduino Nano
-
80
PIR Sensor using Arduino Nano
-
81
Relay With Arduino NANO
-
82
Flame Sensor With Arduino Nano
-
83
DHT11 Humidity and Temperature Measurement
-
84
MQ3 Sensor Interfacing with Arduino Nano
-
85
Ultrasonic Sensor using Arduino Nano
-
86
Quizz
-
87
Arduino Basics
Arduino Basics
