
This lecture covers the overview of the complete course
This lecture covers the complete details about Banana Pro including the different operating system it supports.
This lecture covers the complete hardware comparison between the Raspberry Pi and the Banana Pro
This lecture covers complete hardware comparison between the Raspberry Pi and the Banana Pro
The lecture describes the complete hardware requirements to assemble Banana Pro as a complete system
This lecture covers the detailed process to download and prepare the SD card ready for the installation of the operating system
This lecture describes assembling the hardware and booting the operating system
This lecture describes the process to enable the onboard WIFI and connect to the available wIFI network
This lecture describes the usage of GPIO pins and the required library to enable the function of GPIO pins
This lecture describes the basic program to step into the world of physical computing using the Banana Pro
This lecture describes the complete circuit diagram to blink an LED using Python program.
This lecture contains the source code for interfacing the basic hardware using GPIO pins of the Banana Pro
This lecture describes the real-time output for the basic physical computing project
This lecture decribes
This lecture describes how to code the audio sensor to receive the physical input and display the response
This lecture describes the complete circuit diagram to build magic candle
This lecture describes the practical implementation of the audio sensor and project output of the magic candle
This lecture describes the usage and the hardware requirements to assemble the smoke detector circuit
This lecture describes the complete source code to receive input from the gas sensor and configure the Gmail using Python programming
This lecture describes the complete circuit diagram to build smoke and gas detector along with IoT implementation by adding email notification feature.
This document contains the complete source code of smoke and gas detector with e-mail notifier
This lecture describes the usage of Android operating system and software requirements to burn the image file
This document contains the links to download the image burning tool and the Android operating system
This lecture describes the step by step process to burn the Android operating system to the micro SD card
This lecture describes how to configure the android operating system and use it as a mobile device
This lecture describes where to ask question if you face any technical issues
This is an introductory course about the credit card sized Banana Pro. This course is useful for those who are interested in exploring the possibilities of Banana Pro as a computer. The course does not assume any prior knowledge of computers or programming. However, a knowledge of Linux operating system and Python programming language would greatly help you in getting up to speed.
The course will teach you to hook up the Banana Pro with a keyboard and monitor so that you can use it as a low-cost computer. You will also learn how to step into the world of physical computing something that you normally do not do with your home computer or laptop.
You will learn to build two complete projects. The first one teaches you how to make a magic candle and turn it ON or OFF by just blowing air as you do in birthday parties. By doing this, you will learn how to code and interact with physical devices such as sensors.
The second project involves building a smoke and gas detector with e-mail notifier to enhance the safety in your kitchen area. You will use the Banana Pro to design the circuit and Python program to code the sensor.
You will also learn how to install Android operating system in your Banana Pro and experience the Android interface.
The course provides complete source code for both the projects.
The entire course can be completed within a week, including the hardware assembly for the magic candle and smoke sensor.
By the end of this course, you will learn how to boot and wire up a Banana Pro and write your own Python code to interact with physical world.