A Level - Syllabus of Module: A10.4-R5-Internet of Things using Raspberry Pi
Introduction :
The module is designed to make students understand the basics of Single Board
Computer (SBC) specifically Raspberry Pi. The purpose is for installation,
configuring and using Raspberry Pi in different verticals in the connected world of
Internet of Things (IoT).
The genesis of this module lies around open source hardware/software. The file
system and other basics of Linux operating system is discussed with respect to
Raspberry Pi, along with installing and configuring new software. Raspberry host
bundle of open source software and are being discussed in this module such as python
programming language, interfacing hardware (GPIO programming) through Clanguage using wiringPi library. Visual programming editor Node-RED makes easy
for novice to expert level programmer to interface hardware using easy flow based
programming.
This module provides the theoretical and practical aspects of installing different
software on Raspberry Pialong with interfacing sensors, storing and/or publishing data
over Cloud. Configuring software to make web server run on Raspberry Pi.
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| A Level - Syllabus of Module: A10.4-R5-Internet of Things using Raspberry Pi |
(i) Introduction to Single Board Computer – Raspberry Piand
programming language Python : Introduction –Single Board Computer (SBC) History, Architecture, working,
characteristics, applications/ use-cases, Introduction to SoC.
Introduction to programming through Python: Python Basics – Python IDE – IDLE, variables, input/output, operators, strings,
control statements, loops, functions, Modules, Packages.
Python List and Dictionaries – creating, accessing, iterating, enumerating, sorting.
(ii) Configuring and Managing Raspberry Pi :
Understand Raspberry Pi family - Selecting the model of Raspberry Pi, power
supply, operating system distribution- NOOBS, raspbain, preparing operating
system on SD-card.
Using raspi-config command –change password, boot options, configure camera,
etc.
Networking – connecting to wired or wireless network.
(iii) Linux Operating System Basics :
Introduction –using Terminal to access File system, creating, moving, deleting
files/folders, Privileges/file permissions, ownership, apt-get, pip
Shell scripting – understanding and writing shell scripts, running scripts/command
in background, creating aliases, pipes, running program or script automatically - on
startup, as a service, at regular intervals
(iv) Hardware interfacing - GPIO programming :
Introduction–General Purpose Input Output(GPIO) pins, understanding WiringPi,
BCM pinout, classification of pins- I2C, SPI, UART, digital/PWM
Controlling Hardware – Connecting LED, Buzzer, DC Motor, Digital Inputsbutton/push switch, toggling, debouncing, keypad, etc. Interfacing sensors-light,
temperature, humidity, gases, etc. LCD interfacing.
WiringPi – programming digital I/O’s using WiringPi (C language) library.
Arduino-styled programming for Raspberry Pi.
Advanced programming using Python– file handling, making web Requests from
python, running Linux commands from python
Python packages of Interest for IoT – JSON, XML, HTTPLib & URLLib
(v) Raspberry Pi based IoT application use-cases :
Web Server– simple python web server e.g. bottle, for controlling GPIO outputs
through web.
Display sensor readings on a web page.
Configuring Apache-MySQL-PHP stack, to install WordPress.
Sending data to public and/or private web server.
Introduction to Node-RED – Using Node Red to make MQTT dashboard.
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