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• Available Courses
  • COURSES OVERVIEW
  • COURSE DATES
  • Internet of Things - Concepts and Developments
    • Introduction to the Concepts and Technologies Underlying the Internet of Things (IoT)
    • Introduction to Wireless Networking for the Internet of Things
    • Introduction to AdHoc Networking for the Internet of Things
  • Arduino, Processing and the Internet of Things
    • Overview of Arduino IoT Courses
    • Introduction to Arduino Application Building and Programming
    • Mastering Arduino Tinkering Programming and Problem Solving
    • Advanced Arduino Programming with PIC32 Devices
    • Advanced Arduino Programming with ARM Cortex devices
    • From Arduino to C Embedded Systems Programming
    • From Arduino to C++ Embedded Systems Programming
    • Building and Programming Arduino Based Smart Sensor Networks
    • Building Combined Arduino Android Applications
  • RaspberryPi, Small Linux Systems and the Internet of Things
    • Introduction to the RaspberryPi
    • RaspberryPi Shell Programming
    • RaspberryPi C Programming
    • RaspberryPi C++ Programming
    • RaspberryPi Python Programming
    • RaspberryPi Wireless Networking
    • RaspberryPi 6lowPan Networking
    • Building Combined RaspberryPi Arduino Applications
  • Smart Sensors, AdHoc Networks and 6lowPAN
    • Introduction to AdHoc Sensor Networking
    • Introduction to Practical Wireless Sensor Network Design and Deployment
    • Introduction to TinyOS Programming
    • Introduction to Contiki Programming
  • Smart Cities and Integrated Smart Sensor Data Generation
    • Introduction to Smart Cities Concepts and Technologies
    • Smart Cities - Ethics, Civil Liberties and Human Righs - a Multi-Disciplinary Workshop
    • Developing Smart City Applications - The Art of Combining Soft and Hard Systems
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RaspberryPi Wireless Networking

Duration: 5 Days

Course Background

This course aims to provide a thorough introduction to a variety of wireless based networking techniques for RaspberryPi (and similar small Linux systems). The course will cover both the essential theory and standards based aspects of the various wireless protocols as well as practical programming and device driver installation. The goal is to provide sufficient background knowledge and confidence so that attendees will be able to embark on projects of their own. Course overview. This is a 5 day course that combines hands on labs with instructor based presentations. The wireless communication technologies covered will include Bluetooth, Zigbee, WiFi, NFC , 3G and GPS. Applications and examples will be implemented in both C and Python.

Course Prerequisites and Target Audience

Pre-requisites: Attendees are assumed to be experienced programmers with a working knowledge of C, Python and Shell programming, and also familiar with setting up and configuring the RaspberryPi. A basic knowledge of computer networking and TCP/IP is also assumed.

Course Outline

• Overview of Wireless and Wireless communications
• Principles of Digital Wireless communications
• Wireless network design and protocol issues
• Principles of TCP/IP and wireless networking
• WiFi - theory, practice and application development
• Bluetooth - theory, practice and application development
• Zigbee - theory, practice and application development
• 3G and GSM - theory, practice and application development
• Near Field Communications - theory, practice and application development