TAB Project eSampler

· McGraw Hill Professional
3.8
82 opiniones
Libro electrónico
286
Páginas
Las calificaciones y opiniones no están verificadas. Más información

Acerca de este libro electrónico

FREE download! Preview five exclusive projects from brand-new TAB Electronics books!

Make great stuff with TAB Electronics books. TAB Electronics, an imprint of McGraw-Hill Education, is a leading publisher of do-it-yourself technology books for makers, electronics hobbyists, students, and inventors. Our mission is to combine fun and education with hands-on, learn-by-doing projects in each book. Covering everything from Arduino to steampunk to 3D printing, these DIY guides tap into the booming maker movement, coaching hobbyists of all levels how to ...make great stuff! Enjoy the fun projects in this FREE download, compliments of TAB Electronics. Here's what you'll get:

From Programming the BeagleBone Black by Simon Monk--Chapter 7: Hardware Interfacing
From Minecraft Mastery by Matthew Monk and Simon Monk—Chapter 2: Basic Redstone
From Build Your Own Quadcopter by Donald Norris—Chapter 3: Building the Elev-8
From Androids by Bryan Bergeron and Thomas B. Talbot—Chapter 9: Affect and Expression
From Raspberry Pi Projects for the Evil Genius by Donald Norris—Chapter 10: 1-Wire Weather Station

Calificaciones y opiniones

3.8
82 opiniones
Charito Zapata
11 de junio de 2020
Ws feo
¿Te resultó útil?
Mia Perez
11 de septiembre de 2016
esta bueno
Esta opinión les resultó útil a 4 personas
¿Te resultó útil?

Acerca del autor

Dr. Simon Monk has a degree in Cybernetics and Computer Science and a Ph.D. in Software Engineering. He is the bestselling TAB author of Programming Arduino, Programming the Raspberry Pi, Hacking Electronics, and many other books.

Matthew Monk is an experienced Minecraft player with a strong interest in the technical aspects of the game. He is an active contributor to the Minecraft mod and video community and he hosts Minecraft servers.

Donald Norris is an avid electronics hobbyist, maker, and quadcopter enthusiast. He is also an electronics engineer with an advanced degree in Production Management. Don is retired from civilian government service with the U.S. Navy, where he specialized in acoustics and digital signal processing. He also has more than a dozen years’ experience as a professional software developer using C, C#, C++, Python, and Java, as well as five years’ experience as a certified IT security consultant.

Bryan Bergeron is the author of two dozen books and 500+ magazine articles, and is Editor-in-Chief of SERVO and Nuts & Volts magazines. He holds several patents in the areas of human simulation and embedded systems. Bryan has designed and built human simulators for academia, the military, and commercial markets. He is the author of Teardowns: Learn How Electronics Work by Taking Them Apart.

Thomas B. Talbot, Chief Scientist of the U.S. ARMY TATRC Armed Forces Simulation Institute for Medicine, founded the medical simulation research and development program at the U.S. Department of Defense. He is the creator of several android systems used for training medics and healthcare professionals. The author of numerous articles and book chapters, Dr. Talbot is currently creating artificial intelligence-driven virtual humans and virtual reality psychotherapy and physical rehabilitation.

Califica este libro electrónico

Cuéntanos lo que piensas.

Información de lectura

Smartphones y tablets
Instala la app de Google Play Libros para Android y iPad/iPhone. Como se sincroniza de manera automática con tu cuenta, te permite leer en línea o sin conexión en cualquier lugar.
Laptops y computadoras
Para escuchar audiolibros adquiridos en Google Play, usa el navegador web de tu computadora.
Lectores electrónicos y otros dispositivos
Para leer en dispositivos de tinta electrónica, como los lectores de libros electrónicos Kobo, deberás descargar un archivo y transferirlo a tu dispositivo. Sigue las instrucciones detalladas que aparecen en el Centro de ayuda para transferir los archivos a lectores de libros electrónicos compatibles.