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Raspberry Pi Super Cluster

You're reading from  Raspberry Pi Super Cluster

Product type Book
Published in Nov 2013
Publisher Packt
ISBN-13 9781783286195
Pages 126 pages
Edition 1st Edition
Languages
Concepts
Author (1):
Andrew K. Dennis Andrew K. Dennis
Profile icon Andrew K. Dennis
LinkedIn
Andrew K. Dennis is a full stack and cybersecurity architect with over 17 years' experience who currently works for Modus Create in Reston, VA. He holds two undergraduate degrees in software engineering and creative computing and a master's degree in information security. Andy has worked in the US, Canada, and the UK in software engineering, e-learning, data science, and cybersecurity across his career, and has written four books on IoT, the Raspberry Pi, and supercomputing. His interests range from the application of pataphysics in computing to security threat modeling. Andy lives in New England and is an organizer of Security BSides CT.
See other products by Andrew K. Dennis

Table of Contents (15) Chapters

Raspberry Pi Super Cluster
Credits
About the Author
About the Reviewers
www.PacktPub.com
Preface
Clusters, Parallel Computing, and Raspberry Pi – A Brief Background Setting Up your Raspberry Pi Software and Hardware for Parallel Computing Parallel Computing – MPI on the Raspberry Pi Hadoop – Distributed Applications on the Raspberry Pi MapReduce Applications with Hadoop and Java Calculate Pi with Hadoop and MPI Going Further Appendix Index

Completing the initial setup

Each chapter in this book will guide you through when you need to connect each hardware device and install software as necessary.

There is however some setup you will need to perform initially:

  • Start by connecting your switch to your router using a network cable and then connect the power unit to the switch to power it up.

  • Using a PC or similar device with an Ethernet connection, plug it into the switch and test that you can access the network and Internet.

  • Next select a single Raspberry Pi. This will be your Master unit.

  • Connect the mouse, keyboard, and the monitor to the Raspberry Pi.

  • Test that the Raspberry Pi is in easy reach of the switch by connecting them together via an Ethernet cable. Once you have confirmed this you can disconnect the Ethernet cable.

  • If you are using an USB hub or two separate USB power units, plug these into your mains power and position them so they are within easy reach of the Raspberry Pi.

  • Next check that the USB cables can easily plug...

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Authors (1)

Profile icon Andrew K. Dennis
LinkedIn
Andrew K. Dennis is a full stack and cybersecurity architect with over 17 years' experience who currently works for Modus Create in Reston, VA. He holds two undergraduate degrees in software engineering and creative computing and a master's degree in information security. Andy has worked in the US, Canada, and the UK in software engineering, e-learning, data science, and cybersecurity across his career, and has written four books on IoT, the Raspberry Pi, and supercomputing. His interests range from the application of pataphysics in computing to security threat modeling. Andy lives in New England and is an organizer of Security BSides CT.
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See other products by Andrew K. Dennis

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