00 lab view arduino
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This document describes steps to program LabVIEW and an Arduino board to control LEDs and read button input. It introduces: 1) Creating a basic processing loop to toggle an LED with a button press 2) Reading the state of a button and controlling an LED accordingly 3) Adding delay timers to the loop to control timing and reduce CPU usage 4) Incorporating a sub-VI to add more complex button press detection logic The full document provides detailed instructions and screenshots to guide learning LabVIEW and Arduino programming.
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UNIVERSITY OF CALIFORNIA, SANTA CRUZ
BOARD OF STUDIES IN COMPUTER ENGINEERING
CMPE13/L: INTRODUCTION TO PROGRAMMING IN C
Lab 1: Compiling, Running, and Debugging
Introduction
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use and some of their features for debugging problems you might encounter.
Reading
Document on compiler errors
Document on Unix and Git
Document on software installation (if you want to run everything on your own computer)
Document on style guidelines
Document on MPLAB X
Document on serial communications
K&R Preface and Introduction
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Provided Files
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generated numbers. Follow the setup procedures listed below, add the requested
documentation, and format the code to follow the provided style guidelines.
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California State University, Fullerton
College of Engineering and Computer Science
EGGN 100 Introduction to Engineering Fall 2015
LabVIEW Assignment
Demo Due Today (in class)
Report Due at the beginning of class on September 10, 2015 (Thursday)
In this assignment, you need to do the following:
1. Using LabVIEW, generate and display a square wave
2. Modify the program from step 1 and add a knob to control the amplitude of the square wave that
you generated in step 1 above. Verify that the amplitude of the square wave changes when you
turn the knob. Save two copies your program with filenames as Square.vi and HiSquare.vi
3. Now, modify the program in HiSquare.vi to scale (i.e. multiply) the amplitude of the square
wave by 10 using a Formula VI. Verify the results and save the program file.
(You must complete steps 1, 2 and 3 in 30 minutes)
4. Demonstrate the results corresponding to part 2 (Square.vi ) and part 3 (HiSquare.vi) to the
instructor before the end of class today
5. Turn in a 1-page hard-copy report at the beginning of class on September 10, 2015 (Thursday).
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include descriptions for the following:
The goal(s) of the assignment
The procedure that you followed in order to complete the assignment
Challenges/difficulties faced (if any) and how you overcame them
What you were able to accomplish at the end?
Conclusion
P.S. Nair
EGGN 100: Introduction to Engineering
LabVIEW Tutorial
Dr. Pradeep Nair
Associate Professor, Computer Engineering
Objectives of the Tutorial:
To generate, display and modify a desired signal shape using
LabVIEW graphical programming
LabVIEW Description:
LabVIEW is the abbreviation for Laboratory Virtual
Instrumentation Engineering Workbench
LabVIEW is a product from National Instruments
Corporation (NI)
LabVIEW is a system design platform that makes use of
Visual Programming/Graphical Programming
In visual programming, we make use of visual
programming elements known as Virtual Instruments,
or VIs, instead of writing programs/code using
traditional text-based instructions
P.S. Nair
In other words, we can say that a LabVIEW program is
a collection of VIs
Visual/Graphical Programming makes the
programming task easier because it allows you to drag-
and-drop icons that represent programming constructs
Some of the things that LabVIEW can do (it is a
powerful design platform!):
Generate inputs (also known as input signals)
Create a virtual system that meets a set of required
specifications
Analyze the behavior of the system (outputs/output
signals) for a set of inputs
Record/store behavior-related data of the system
Acquire data from external hardware instruments
Communicate with external hardware instruments
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CIS170C All iLabs 1,2,3,4,5,6,7 Devry University
15LLP108_Demo4_LedBlinking.pdf1. Introduction In D.docx
15LLP108_Demo4_LedBlinking.pdf1. Introduction In D.docxfelicidaddinwoodie
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15LLP108_Demo4_LedBlinking.pdf
1. Introduction
In Demo3, we have learned how to read sensor values of light, temperature and humidity of a node
and output these values to the console. In this demonstration, we will use the code from Demo3 and
learn how to turn on/off the LEDs and make them blinking regularly on the sensor node XM1000,
meanwhile to count how many times the LED has blinked and output the count to the console.
2. Timer
In order to make the blue LED on the XM1000 sensor node to blink in every half second (i.e. On 0.5S
and Off 0.5S), we also need a timer. Follow the instructions in Demo3 for configure and reset a timer.
We aslo need to create an infinite while() loop so that it runs our functions repeatedly, such as
counting the times the LED has blinked, output the counters value and actually turn on or off the
LEDs to make it blinking.
Please follow timer and while() loop structure in Demo3.
3. LED Blinking
To get access to the LED functionalities in Contiki, we need to include the LED header file in the
source code:
#include "leds.h" // file is in directory /home/user/contiki/core/dev
After the process begin, we have to initialise the LEDs on the sensor node by calling the following
function:
leds_init(); // Initialise the LEDs
And finally we can turn on, off, or blink the LEDs by the following functions:
void leds_on(unsigned char leds);
void leds_off(unsigned char leds);
void leds_toggle(unsigned char leds);
void leds_invert(unsigned char leds);
For example, if you want to blink the Blue LED, yon need to call the toggle function as:
void leds_toggle(LEDS_BLUE); // Toggle the blue LED
4. Exercise
Modify the program from Demo3 with periodic timer to make the BLUE led blinking in every half
second, also to count the blinking times and output the counted number to the console.
Can your change the code so that the BLUE LED is lighted for 1 second and off for 0.5 second
periodically?
15LLP108 Internet of Things and Applications
Lab Session 2: Demo 4 LED Blinking
Prepared by Xiyu Shi
5. Source code
Here is the source code for reference
#include "contiki.h"
#include "leds.h"
#include <stdio.h> /* for printf() */
static struct etimer timer;
/*____________________________________________________*/
PROCESS(led_blinking_process, "LED Blinking Process");
PROCESS(LED_process, "LED process");
AUTOSTART_PROCESSES(&LED_process);
/*____________________________________________________*/
PROCESS_THREAD(LED_process, ev, data)
{
static int count = 0;
PROCESS_BEGIN();
etimer_set(&timer, CLOCK_CONF_SECOND/2); // 0.5S timer
leds_init(); // intialise the LEDs
while(1) {
PROCESS_WAIT_EVENT_UNTIL(ev==PROCESS_EVENT_TIMER); // wait for timer event
count++; // count the blinking times
process_start(&led_blinking_process, NULL); // to blink the BLUE Led
printf("Count: %d\n", count); // output the counte ... Lenovo Ideapad 310 (15" Touch) user guide manual PDF (English)
Lenovo Ideapad 310 (15" Touch) user guide manual PDF (English)manualsheet
油
Here are the key steps to connect to a wireless network:
1. Select the wireless network icon in the notification area and select the wireless network you want to connect to.
2. If the network is password protected, enter the password.
3. Once connected, you should see the wireless network icon change to show that you're connected.
4. To verify the connection, you can open a web browser and try to navigate to a website.
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ABC Consolidated Financial InfoABC Companys current financial inf.docx
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油
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UNIVERSITY OF CALIFORNIA, SANTA CRUZ
BOARD OF STUDIES IN COMPUTER ENGINEERING
CMPE13/L: INTRODUCTION TO PROGRAMMING IN C
Lab 1: Compiling, Running, and Debugging
Introduction
This is the first lab in CMPE13. Here we will demonstrate the basics of compiling and running C
programs in the simulator and on the Uno32 hardware. We will also explore the tools we will
use and some of their features for debugging problems you might encounter.
Reading
Document on compiler errors
Document on Unix and Git
Document on software installation (if you want to run everything on your own computer)
Document on style guidelines
Document on MPLAB X
Document on serial communications
K&R Preface and Introduction
K&R Sections 1.0-1.2, 4.5, 4.11
Provided Files
part1.c: This file contains code that performs a simple sorting algorithm on five randomly
generated numbers. Follow the setup procedures listed below, add the requested
documentation, and format the code to follow the provided style guidelines.
part2.c: This file contains an empty main() to be filled with the exercises from section 1.2 of
K&R. In addition, you will be asked to modify these exercises to add some additional
functionality. Detailed steps are listed below.
BOARD.c/h - Contains initialization code for the UNO32 along with standard #defines and
system libraries used. Also includes the standard fixed-width datatypes and error return values.
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油
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2) Outlines the steps for Part A which guides students in writing, building, and running a simple "Hello World" program.
3) Describes Part B where students write a program to calculate total ticket amounts.
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油
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Cis 170 Extraordinary Success/newtonhelp.com amaranthbeg143
油
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California State University, Fullerton College of Engineerin.docx
California State University, Fullerton College of Engineerin.docxhumphrieskalyn
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California State University, Fullerton
College of Engineering and Computer Science
EGGN 100 Introduction to Engineering Fall 2015
LabVIEW Assignment
Demo Due Today (in class)
Report Due at the beginning of class on September 10, 2015 (Thursday)
In this assignment, you need to do the following:
1. Using LabVIEW, generate and display a square wave
2. Modify the program from step 1 and add a knob to control the amplitude of the square wave that
you generated in step 1 above. Verify that the amplitude of the square wave changes when you
turn the knob. Save two copies your program with filenames as Square.vi and HiSquare.vi
3. Now, modify the program in HiSquare.vi to scale (i.e. multiply) the amplitude of the square
wave by 10 using a Formula VI. Verify the results and save the program file.
(You must complete steps 1, 2 and 3 in 30 minutes)
4. Demonstrate the results corresponding to part 2 (Square.vi ) and part 3 (HiSquare.vi) to the
instructor before the end of class today
5. Turn in a 1-page hard-copy report at the beginning of class on September 10, 2015 (Thursday).
Use Times New Roman font; size 11; 1.5 line spacing to type your report. Your report should
include descriptions for the following:
The goal(s) of the assignment
The procedure that you followed in order to complete the assignment
Challenges/difficulties faced (if any) and how you overcame them
What you were able to accomplish at the end?
Conclusion
P.S. Nair
EGGN 100: Introduction to Engineering
LabVIEW Tutorial
Dr. Pradeep Nair
Associate Professor, Computer Engineering
Objectives of the Tutorial:
To generate, display and modify a desired signal shape using
LabVIEW graphical programming
LabVIEW Description:
LabVIEW is the abbreviation for Laboratory Virtual
Instrumentation Engineering Workbench
LabVIEW is a product from National Instruments
Corporation (NI)
LabVIEW is a system design platform that makes use of
Visual Programming/Graphical Programming
In visual programming, we make use of visual
programming elements known as Virtual Instruments,
or VIs, instead of writing programs/code using
traditional text-based instructions
P.S. Nair
In other words, we can say that a LabVIEW program is
a collection of VIs
Visual/Graphical Programming makes the
programming task easier because it allows you to drag-
and-drop icons that represent programming constructs
Some of the things that LabVIEW can do (it is a
powerful design platform!):
Generate inputs (also known as input signals)
Create a virtual system that meets a set of required
specifications
Analyze the behavior of the system (outputs/output
signals) for a set of inputs
Record/store behavior-related data of the system
Acquire data from external hardware instruments
Communicate with external hardware instruments
Components of a LabVIEW Program:
User Interface bui ...Cis 170 c ilab 1 of 7 getting started
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15LLP108_Demo4_LedBlinking.pdf1. Introduction In D.docxfelicidaddinwoodie
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15LLP108_Demo4_LedBlinking.pdf
1. Introduction
In Demo3, we have learned how to read sensor values of light, temperature and humidity of a node
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learn how to turn on/off the LEDs and make them blinking regularly on the sensor node XM1000,
meanwhile to count how many times the LED has blinked and output the count to the console.
2. Timer
In order to make the blue LED on the XM1000 sensor node to blink in every half second (i.e. On 0.5S
and Off 0.5S), we also need a timer. Follow the instructions in Demo3 for configure and reset a timer.
We aslo need to create an infinite while() loop so that it runs our functions repeatedly, such as
counting the times the LED has blinked, output the counters value and actually turn on or off the
LEDs to make it blinking.
Please follow timer and while() loop structure in Demo3.
3. LED Blinking
To get access to the LED functionalities in Contiki, we need to include the LED header file in the
source code:
#include "leds.h" // file is in directory /home/user/contiki/core/dev
After the process begin, we have to initialise the LEDs on the sensor node by calling the following
function:
leds_init(); // Initialise the LEDs
And finally we can turn on, off, or blink the LEDs by the following functions:
void leds_on(unsigned char leds);
void leds_off(unsigned char leds);
void leds_toggle(unsigned char leds);
void leds_invert(unsigned char leds);
For example, if you want to blink the Blue LED, yon need to call the toggle function as:
void leds_toggle(LEDS_BLUE); // Toggle the blue LED
4. Exercise
Modify the program from Demo3 with periodic timer to make the BLUE led blinking in every half
second, also to count the blinking times and output the counted number to the console.
Can your change the code so that the BLUE LED is lighted for 1 second and off for 0.5 second
periodically?
15LLP108 Internet of Things and Applications
Lab Session 2: Demo 4 LED Blinking
Prepared by Xiyu Shi
5. Source code
Here is the source code for reference
#include "contiki.h"
#include "leds.h"
#include <stdio.h> /* for printf() */
static struct etimer timer;
/*____________________________________________________*/
PROCESS(led_blinking_process, "LED Blinking Process");
PROCESS(LED_process, "LED process");
AUTOSTART_PROCESSES(&LED_process);
/*____________________________________________________*/
PROCESS_THREAD(LED_process, ev, data)
{
static int count = 0;
PROCESS_BEGIN();
etimer_set(&timer, CLOCK_CONF_SECOND/2); // 0.5S timer
leds_init(); // intialise the LEDs
while(1) {
PROCESS_WAIT_EVENT_UNTIL(ev==PROCESS_EVENT_TIMER); // wait for timer event
count++; // count the blinking times
process_start(&led_blinking_process, NULL); // to blink the BLUE Led
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Lab 1 of 7: Getting Started (Your First C++ Programs)
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Lab Overview - Scenario/Summary
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