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Peter Dalmaris - Arduino Step by Step Your Complete Guide [Updated 2016]

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Peter Dalmaris - Arduino Step by Step Your Complete Guide [Updated 2016]

Peter Dalmaris - Arduino Step by Step Your Complete Guide pdated 2016
Size: 11.43 GB Type: eLearning





The Arduino is an open-source electronics platform based on easy-to-use hardware and software. Sensing the environment by receiving inputs from many sensors, Arduino affects its surroundings by controlling lights, motors, and a number of other accessories. It's intended for anyone making interactive hardware projects.
This course is designed to introduce the Arduino hardware and programming environment to get you started on building projects as soon as possible.

Section 1: Getting started with the Arduino
Lecture 1
Introduction
01:54
Lecture 2
Please read this before continuing!
Article
Lecture 3
List of parts
IFrame
Lecture 4
A study guide - Please view this first!
05:11
Lecture 5
The Arduino ecosystem
07:44
Quiz 1
Arduino ecosystem - quiz
6 questions
Lecture 6
Tools and prototyping workflow
07:51
Quiz 2
Tools and prototyping - quiz
3 questions
Lecture 7
Let's make a light blink!
11:35
Quiz 3
LED blinking - quiz
3 questions
Lecture 8
Make the LED fade on and off
04:40
Quiz 4
LED fading - quiz
3 questions
Section 2: Sensors
Lecture 9
About sensors
03:03
Lecture 10
Measuring light
08:29
Quiz 5
Measuring light - Quiz
3 questions
Lecture 11
Temperature and humidity
07:09
Quiz 6
Temperature and Humidity - Quiz
6 questions
Lecture 12
Barometric pressure sensors
07:11
Quiz 7
Barometric pressure sensors - quiz
4 questions
Lecture 13
Infrared motion sensors
09:04
Quiz 8
Infrared motion sensors - Quiz
4 questions
Lecture 14
Ultrasonic distance sensor
10:11
Quiz 9
Ultrasonic distance sensors - Quiz
2 questions
Lecture 15
Detecting acceleration
06:37
Quiz 10
Detecting acceleration - quiz
2 questions
Lecture 16
Line sensor (infrared)
03:36
Quiz 11
Line sensor - quiz
2 questions
Lecture 17
Tilt and impact
08:54
Quiz 12
Tilt and impact sensors - quiz
3 questions
Section 3: Interaction
Lecture 18
Buttons
06:18
Quiz 13
Buttons - quiz
1 question
Lecture 19
Potentiometer
07:26
Quiz 14
Potentiometer - quiz
1 question
Lecture 20
The flex sensor
04:56
Quiz 15
Flex sensor - Quiz
2 questions
Lecture 21
Membrane potentiometer
04:12
Quiz 16
Membrane potentiometer - quiz
2 questions
Lecture 22
Making noise with a passive buzzer
05:26
Quiz 17
Making noise with a buzzer - quiz
1 question
Lecture 23
Keypad, Part 1: Introduction
04:06
Lecture 24
Keypad, Part 2: Parallel connection wiring
12:25
Lecture 25
Keypad, Part 3: Parallel connection sketch
05:14
Lecture 26
Keypad, Part 4: Single wire connection
12:35
Lecture 27
Keypad, Part 5: Single wire connection conclusion
11:32
Lecture 28
Hardware button deboucing
Article
Lecture 29
Rotary Encoders Part 1: Background and Principle of Operation
17:08
Lecture 30
Rotary Encoders Part 2: A Simple Circuit demo
13:36
Lecture 31
Rotary Encoders Part 3: Adding Debouncing
10:34
Lecture 32
Fingerprint sensor, Part 1: About
05:42
Lecture 33
Fingerprint sensor, Part 2: Wiring, registering and recognizing
10:29
Lecture 34
Fingerprint sensor, Part 3: Demo app with an electric lock
07:40
Section 4: Displays
Lecture 35
LCD character screen, Part 1
14:35
Lecture 36
LCD character screen, Part 2
06:49
Lecture 37
Single data wire LCD and I2C, Part 1
15:40
Lecture 38
Single data wire LCD and I2C, Part 2
07:41
Lecture 39
LCD and Keypad mini-project
Article
Quiz 18
Exercises for the LCD with I2C lectures
4 questions
Lecture 40
LCD TFT screen
16:42
Quiz 19
Quiz for the LCD TFT lecture
1 question
Lecture 41
Seven Segment LED Displays, Part 1: Intro and assembly
11:31
Lecture 42
Seven Segment LED Displays, Part 2: Sketch
14:31
Lecture 43
Control an 8x8 LED matrix display with the MAX7219 controller
23:05
Lecture 44
Control multiple 8x8 Matrix displays
06:24
Lecture 45
Visualise ADXL335 accelerometer data on an 8x8 LED matrix display
06:58
Section 5: Motors
Lecture 46
Direct current motors, Part 1
17:32
Lecture 47
Direct current motors, Part 2
07:52
Lecture 48
Direct current motors, Part 3
12:00
Quiz 20
Exercises for the Direct Current motor lectures
2 questions
Lecture 49
Servo motors, Part 1
15:18
Lecture 50
Servo motors, Part 2
11:52
Quiz 21
Exercises for the servo motor lectures
1 question
Lecture 51
Servo motors and LCD screens mini project
Article
Lecture 52
Stepper motors Part 1: Introduction
07:32
Lecture 53
Stepper motors Part 2: Connecting a unipolar un-geared motor
11:39
Lecture 54
Stepper motors Part 3: Controlling a unipolar un-geared motor
06:17
Lecture 55
Stepper motors Part 4: Connecting a unipolar geared motor
05:05
Lecture 56
Stepper motors Part 5: Using the AccelStep library
07:49
Lecture 57
EasyDriver with the NEMA17 stepper motor
18:29
Section 6: Ethernet and Internet communications
Lecture 58
The Ethernet shield, Part 1
24:08
Lecture 59
The Ethernet shield, Part 2
14:17
Quiz 22
Ethernet shield - Quiz
2 questions
Lecture 60
A simple Arduino reporting web server, Part 1
05:04
Lecture 61
A simple Arduino reporting web server, Part 2
19:39
Lecture 62
A simple Arduino reporting web server, Part 3
10:33
Quiz 23
Simple reporting server - Quiz
1 question
Lecture 63
An Arduino controlling web server
25:29
Quiz 24
Controlling web server - Quiz
3 questions
Lecture 64
Controlling a motor with a web browser
16:40
Quiz 25
Web motor control - Quiz
2 questions
Lecture 65
Web logging to Nimbits, Part 1
08:58
Lecture 66
Web logging to Nimbits, Part 2
18:48
Lecture 67
Social logging to Twitter
16:33
Quiz 26
Logging to Twitter - Quiz
1 question
Section 7: Wireless communications
Lecture 68
Wireless connectivity with Bluetooth, Part 1
12:35
Lecture 69
Wireless connectivity with Bluetooth, Part 2
09:51
Quiz 27
Bluetooth - Quiz
3 questions
Lecture 70
Wifi connectivity, Part 1 of 4
02:46
Lecture 71
Wifi connectivity, Part 2 of 4
25:32
Lecture 72
Wifi connectivity, Part 3 of 4
19:34
Lecture 73
Wifi connectivity, Part 4 of 4
06:59
Lecture 74
Wifi connectivity: upgrading your CC3000 module
10:09
Lecture 75
Using the NRF24L01+ transceiver module
20:16
Lecture 76
Bluetooth Low Energy Part 1: About BLE
12:09
Lecture 77
Bluetooth Low Energy Part 2: The Adafruit nRF8001 module
04:50
Lecture 78
Bluetooth Low Energy Part 3: UART demos
13:13
Lecture 79
Bluetooth Low Energy Part 4: Firmata demo
07:48
Section 8: External storage
Lecture 80
Reading and writing to an SD card, Part 1 of 3
13:56
Lecture 81
Reading and writing to an SD card, Part 2 of 3
10:31
Lecture 82
Reading and writing to an SD card, Part 3 of 3
09:48
Quiz 28
SD Card lecture - Quiz
1 question
Lecture 83
EEPROM (internal and external) Part 1: Basic use
10:58
Lecture 84
EEPROM (internal and external) Part 2: the EEPROMex library
05:36
Lecture 85
EEPROM (internal and external) Part 3: Using an external EEPROM
10:39
Section 9: Taking a closer look at the Atmega microcontroller
Lecture 86
Hardware interrupts Part 1: Introduction
12:16
Lecture 87
Hardware interrupts Part 2: Using volatile variables
05:17
Lecture 88
Hardware interrupts Part 3: Timers
05:08
Lecture 89
Hardware interrupts Part 4: High-definition Pulse Width Modulation
06:11
Lecture 90
Using the build-in pull-up resistors
07:16
Lecture 91
Memory management Part 1: Introduction and Flash
05:49
Lecture 92
Memory Management Part 2: Static RAM
07:52
Lecture 93
Power management with sleep mode and prescaling
23:40
Section 10: Integrated circuit peripherals
Lecture 94
Hardware switch/button debouncing Part 1: Background
07:16
Lecture 95
Hardware switch/button debouncing Part 2: Demo
08:51
Lecture 96
Shift registers Part 1: What are shift registers
05:35
Lecture 97
Shift registers Part 2: 8-LED circuit
03:50
Lecture 98
Shift registers Part 3: 8-LED circuit
09:27
Lecture 99
Shift registers Part 4: 16-LED circuit
07:34
Lecture 100
Control more devices with a port expander, Part 1: Background and setup
14:24
Lecture 101
Control more devices with a port expander, Part 2: more examples
09:13
Lecture 102
Real time clock, Part 1 of 2
15:53
Lecture 103
Real time clock, Part 2 of 2
07:29
Quiz 29
Exercises for the real time clock Lectures
2 questions
Section 11: Controlling large loads with relays and friends
Lecture 104
Using the TIP22 transistor to control an LED strip
07:46
Lecture 105
Relays Part 1: Introduction
04:56
Lecture 106
Relays Part 2: How NOT to control a relay
15:23
Lecture 107
Relays Part 3: Connect a 12V relay component calculations
10:10
Lecture 108
Relays Part 4: Connect a 12V relay connections
07:52
Lecture 109
Relays Part 5: Relay shields
04:22
Section 12: Location sensing
Lecture 110
GPS Part 1: An introduction
08:36
Lecture 111
GPS Part 2: Wiring the Adafruit module for direct communication with computer
05:50
Lecture 112
GPS Part 3: Getting and using raw text data from the module
05:42
Lecture 113
GPS Part 4: Using the Adafruit GPS library
16:06
Lecture 114
GPS Part 5: Using the TinyGPS+ library
07:55
Section 13: Topics on prototyping
Lecture 115
Bare-bones Arduino Part 1: Intro and power circuit
08:46
Lecture 116
Bare-bones Arduino Part 2: Atmega, reset and clock
11:27
Lecture 117
Bare-bones Arduino Part 3: Power LED and testing
08:39
Lecture 118
Create your own printed circuit boards (PCB), Part 1
18:22
Lecture 119
Create your own printed circuit boards (PCB), Part 2
20:11
Lecture 120
Using Processing (the language) with the Arduino, Part 1
14:58
Lecture 121
Using Processing (the language) with the Arduino, Part 2
12:09
Lecture 122
Create your own Library, Part 1
17:08
Lecture 123
Create your own Library, Part 2
27:34
Section 14: Quick explorations
Lecture 124
Arduino-Raspberry Pi wireless communication with the RF24
15:38
Lecture 125
A home notification board with a large display
08:16
Lecture 126
Using a magnetometer to detect motion
07:33
Lecture 127
Cheap but reliable wireless communication
10:12
Section 15: Video responses
Lecture 128
Timing infrared beam interrupts (simulated by buttons)
04:43
Lecture 129
My Arduino and NRF24L modules not communicating. Why?
08:08
Lecture 130
Arduino and Wii Nunchuck problems - how should it behave?
03:20
Lecture 131
What's wrong with my I2C module/bridge to LCD screen?
10:59
Lecture 132
Controlling piezo buzzer loudness with a potentiometer
09:14
Lecture 133
Battery powered Arduino + motor controller + distance sensor
09:58
Lecture 134
Using an RC low-pass filter for better motor control
11:43
Lecture 135
Resistor and photoresistor circuit setup and voltage measurement
07:10
Section 16: Wrapping-up...
Lecture 136
Instead of a conclusion
2 pages
Section 17: Appendices
Lecture 137
Where can you find the source code for the demo sketches?
03:33
Lecture 138
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Peter Dalmaris - Arduino Step by Step Your Complete Guide [Updated 2016]




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