Getting Started with Arduino and LabVIEW

Transcript

1. Getting started with Arduino and LabVIEW
2. Ahmed Sobhy Vice Chair IEEE RAS Egypt Chapter Co-founder - Qafeer Makerspace CEO - GDG 6 October & Robosapien Robotics sobhy.me
3. Introduction to
4. LabVIEW = Laboratory + Virtual Instrument Engineering Workbench . Lab VIEW is a graphical programming language that uses icons instead of lines of text to create programs. . LabVIEW program called Virtual Instrument produced by National Instruments in 1988. . LabVIEW is a much loved tool of the scientist and engineer. . Jeff Kodosky is the “Father of LabVIEW”.
5. Virtual Instruments: . Lab VIEW programs are called virtual instruments, or VIs, because their appearance and operation imitate physical instruments, such as oscilloscopes and multimeters etc. . After build the user interface, add code using VIs and structures to control the front panel objects. The block diagram contains this code.
6. Instrumentation Lab Virtual Instrumentation Lab Instrumentation in LabVIEW
7. Industrial Control Panel LabVIEW Control Panel Control System in LabVIEW
8. Virtual System Control System Control System in LabVIEW
9. LabVIEW in Robotics:
10. LabVIEW interfacing to External Peripherals:
11. LabVIEW Software: Overview
12. VI Front Panel:
13. VI Block Diagram:
14. Controls and Functions Palettes:
15. Tools Palette:
16. Status Toolbar:
17. Creating VI:
18. Terminals:
19. Wiring Tips:
20. Basic wires used in block diagrams and corresponding types: .Each wire has different style or color, depending on the data type that flows through the wire:
21. Controls & Indicators:
22. Functions for Signals:
23. Help Options:
24. Basic Examples : • LabVIEW is written on graphical structure. • While in LabVIEW summation is a function and it is represent by following symbol. • In LabVIEW, such mathematical and logical functions are represented graphically.
25. Add and multiply two given numbers and display the results
26. Converting ºC to ºF °F = (1.8 * °C) + 32 Control Indicator
27. Installation ⚫ Get an Arduino board and USB cable ⚫ Download the Arduino environment ⚫ Connect the board ⚫ Install the drivers ⚫ Launch the Arduino application ⚫ Open the blink example ⚫ Select your board ⚫ Select your serial port ⚫ Upload the program “LIFA Interface”
28. Download Arduino drivers
30. Install drivers
34. Checking driver installation
36. Uploading a code to Arduino
37. Installing VIMP for LabView interface
38. Checking for LabView interface for Arduino (LIFA)
40. Uploading the firmware to Arduino
42. Running a simple program