TGx:Udemy | Communication Protocols for Raspberry Pi and Arduino [FTU] TGx Exclusive

Hot Picks

First Cam

New Movies

1080p x265

New TV

Misc

Torrent details for "Udemy | Communication Protocols for Raspberry Pi and Arduino [FTU] TGx Exclusive" Log in to bookmark

Quicknav > Description Read comments 0 Post guest comment

Torrent details

Name:

Udemy | Communication Protocols for Raspberry Pi and Arduino [FTU] TGx Exclusive

Controls:

Report Torrent

Torrent verified by Prom3th3uS

Category:

Other > Training

Language:

English

Total Size:

1.04 GB

Info Hash:

66a69b70daa32b892790dcef713c4241077fa262

Added By:

Prom3th3uS :_verified_uploader:

Added:

02-09-2019 14:34

Views:

707

Update stats Post guest comment 0

Health:

Seeds:

Leechers:

Completed:

File	Size
0. Websites you may like/0. (1Hack.Us) Premium Tutorials-Guides-Articles & Community based Forum.url	377.00 B
0. Websites you may like/1. (FreeTutorials.Us) Download Udemy Paid Courses For Free.url	328.00 B
0. Websites you may like/2. (FreeCoursesOnline.Me) Download Udacity, Masterclass, Lynda, PHLearn, Pluralsight Free.url	286.00 B
0. Websites you may like/3. (NulledPremium.com) Download E-Learning, E-Books, Audio-Books, Comics, Articles and more... etc.url	163.00 B
0. Websites you may like/4. (FTUApps.com) Download Cracked Developers Applications For Free.url	239.00 B
0. Websites you may like/How you can help Team-FTU.txt	229.00 B
1. Introduction/1. Introduction.mp4	13.92 MB
1. Introduction/1. Introduction.vtt	1.25 kB
1. Introduction/2. Syllabus.mp4	1.00 MB
1. Introduction/2. Syllabus.vtt	328.00 B
1. Introduction/3. Required equipment.mp4	17.77 MB
1. Introduction/3. Required equipment.vtt	772.00 B
1. Introduction/4. Software tools.mp4	7.86 MB
1. Introduction/4. Software tools.vtt	1.39 kB
1. Introduction/5. About the author.mp4	4.38 MB
1. Introduction/5. About the author.vtt	981.00 B
2. UART/1. Introduction.mp4	10.45 MB
2. UART/1. Introduction.vtt	3.53 kB
2. UART/10. Raspberry Pi to Arduino Communication (string).mp4	83.44 MB
2. UART/10. Raspberry Pi to Arduino Communication (string).vtt	6.54 kB
2. UART/2. Serial Monitor.mp4	19.64 MB
2. UART/2. Serial Monitor.vtt	4.02 kB
2. UART/3. Serial Plotter.mp4	13.88 MB
2. UART/3. Serial Plotter.vtt	2.73 kB
2. UART/4. Arduino to Arduino Scheme.mp4	4.88 MB
2. UART/4. Arduino to Arduino Scheme.vtt	672.00 B
2. UART/5. Arduino to Arduino Communication.mp4	32.86 MB
2. UART/5. Arduino to Arduino Communication.vtt	5.35 kB
2. UART/6. Arduino to Arduino Live.mp4	20.59 MB
2. UART/6. Arduino to Arduino Live.vtt	833.00 B
2. UART/7. Setup UART on Raspberry Pi.mp4	22.19 MB
2. UART/7. Setup UART on Raspberry Pi.vtt	2.15 kB
2. UART/8. Raspberry Pi to Arduino Scheme.mp4	5.60 MB
2. UART/8. Raspberry Pi to Arduino Scheme.vtt	826.00 B
2. UART/9. Raspberry Pi to Arduino Communication (short).mp4	211.61 MB
2. UART/9. Raspberry Pi to Arduino Communication (short).vtt	16.67 kB
3. I2C/1. Introduction.mp4	20.27 MB
3. I2C/1. Introduction.vtt	6.60 kB
3. I2C/2. Arduino to Arduino Scheme.mp4	9.75 MB
3. I2C/2. Arduino to Arduino Scheme.vtt	1,011.00 B
3. I2C/3. Arduino to Arduino Communication (string).mp4	18.23 MB
3. I2C/3. Arduino to Arduino Communication (string).vtt	3.13 kB
3. I2C/4. Arduino to Arduino Communication (long).mp4	32.24 MB
3. I2C/4. Arduino to Arduino Communication (long).vtt	5.03 kB
3. I2C/5. Arduino to Arduino Communication (float).mp4	32.82 MB
3. I2C/5. Arduino to Arduino Communication (float).vtt	5.17 kB
3. I2C/6. Setup I2C on Raspberry Pi.mp4	12.82 MB
3. I2C/6. Setup I2C on Raspberry Pi.vtt	1.12 kB
3. I2C/7. Raspberry Pi to Arduino Scheme.mp4	10.39 MB
3. I2C/7. Raspberry Pi to Arduino Scheme.vtt	770.00 B
3. I2C/8. i2c-tools.mp4	10.18 MB
3. I2C/8. i2c-tools.vtt	2.00 kB
3. I2C/9. Raspberry Pi to Arduino Communication (long).mp4	118.83 MB
3. I2C/9. Raspberry Pi to Arduino Communication (long).vtt	11.57 kB
4. SPI/1. Introduction.mp4	23.34 MB
4. SPI/1. Introduction.vtt	6.28 kB
4. SPI/2. Arduino to Arduino Scheme.mp4	3.20 MB
4. SPI/2. Arduino to Arduino Scheme.vtt	371.00 B
4. SPI/3. Arduino to Arduino Communication (byte).mp4	38.00 MB
4. SPI/3. Arduino to Arduino Communication (byte).vtt	5.76 kB
4. SPI/4. Arduino to Arduino Communication (float).mp4	67.25 MB
4. SPI/4. Arduino to Arduino Communication (float).vtt	10.11 kB
4. SPI/5. Setup SPI on Raspberry Pi.mp4	2.10 MB
4. SPI/5. Setup SPI on Raspberry Pi.vtt	358.00 B
4. SPI/6. Raspberry Pi to Arduino Scheme.mp4	4.61 MB
4. SPI/6. Raspberry Pi to Arduino Scheme.vtt	653.00 B
4. SPI/7. Raspberry Pi to Arduino Communication (float).mp4	121.27 MB
4. SPI/7. Raspberry Pi to Arduino Communication (float).vtt	13.00 kB
4. SPI/8. Raspberry Pi to Arduino Communication (object).mp4	72.50 MB
4. SPI/8. Raspberry Pi to Arduino Communication (object).vtt	6.58 kB

Description

For More Udemy Free Courses >>> https://freetutorials.us/
For more Lynda and other Courses >>> https://www.freecoursesonline.me/
Forum for discussion >>> https://1hack.us/

UART, I2C and SPI in C++

Created by: Jurica Maltar
Last updated: 7/2019
Language: English
Caption (CC): Included
Torrent Contains: 70 Files, 5 Folders
Course Source: https://www.udemy.com/course/communication-protocols-for-raspberry-pi-and-arduino/

What you'll learn

• Communication protocols for embedded systems and IoT devices

Course content
all 32 lectures 03:15:24

Requirements

• Elementary C++ knowledge

Description

Hi, embedded systems and IoT devices are all around us. You’ll find them in your microwave, your TV and even in your car. Have you ever wandered how these devices communicate? If you do, then this course is for you.

Throughout this course we will examine how to communicate between two Arduinos and between Raspberry Pi and Arduino by using three famous protocols: UART, I2C and SPI. A lot of technical difficulties can arise and this can be cumbersome process because alongside software which we will write in C++, you need to configure you hardware the proper way. But, don’t worry, we will systematically examine every detail for each protocol and send numerous data types between devices from bytes to objects. Therefore, you’ll be more than ready to apply the acquired knowledge on you own IoT and Embedded systems projects.

I’m glad to see you here and see you in the following lectures.

Who this course is for:

• Everyone interested in IoT and embedded systems
• Computer science students.