Arduino vs Raspberry Pi

Sep 28, 2016Download as pptx, pdf

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This document compares the Arduino and Raspberry Pi boards. It notes that Arduinos are microcontrollers that directly execute simple code without an operating system, making them well-suited for interfacing with sensors and devices. Raspberry Pis are full computers that run Linux and have more functionality like independent network connectivity, but with greater overhead. A rule of thumb is to use an Arduino if a project can be described in less than two "and" statements, and to use a Raspberry Pi for more complex projects requiring more than two "and" statements. The boards can also work together, with an Arduino handling sensors and devices and a Raspberry Pi providing processing and connectivity.

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ARDUINO VS RASPBERRY
PI
By Jitendra Adhikari

THE COMPARISON
• Micro-controllers, not full computers.
• Does not run a full operating system, but simply
execute written code as their firmware interprets it.
• Directly executing simple code is easier, and is
accomplished with no operating system overhead.
• Main purpose of the Arduino board is to interface
with sensors and devices
• Great for hardware projects in which you simply want
things to respond to various sensor readings and
manual input.
• Great for interfacing with other devices and actuators,
where a full operating system would be overkill for
handling simple read and response actions.
• A fully functional computer.
• Has all the trappings of a computer, with a dedicated
processor, memory, and a graphics driver for output
through HDMI.
• Runs a specially designed version of the Linux
operating system.
• Easy to install most Linux software.
• Doesn’t offer internal storage but you can use SD
cards as the flash memory for the entire system.
• Independent network connectivity allows it to be set
up for access via SSH, or transfer files to it using FTP.
Arduino Uno Raspberry Pi

THE THUMB RULE
“I want to monitor my plants and have them Tweet me
when they need water.”
That can best be done by an Arduino.
“I want to monitor my plants and have them Tweet me
when they need water and check the National Weather
Service and, if the forecast is for fair weather, turn on
the irrigation system and if the forecast is for rain, do
nothing.”
That would best be handled by a Raspberry Pi.
Is there a simple rule of thumb to help me decide?
Yes, there is! Think about what you want your project to do. If you can describe it with less than two ‘and’s, get an
Arduino. If you need more than two ‘and’s, get a Raspberry Pi.

WORKING TOGETHER
Can Arduino and Raspberry Pi work together?
“Yes, they work great together”
The Arduino is best for motor driving, sensor reading, LED driving, etc.
while
You can have an Internet-connected Pi drive it, storing and processing data send from the sensors.
The possibilities are infinite –
You could homebrew beer, with the Arduino controlling the sensors and the Pi managing the brains of the operation.

THANKS  https://www.facebook.com/jitendra.adhikari
https://twitter.com/technojit

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This document provides recommendations for the best foods to eat after a workout. It recommends eggs for protein, quinoa for carbs and nutrients, and orange juice for potassium and electrolytes over sports drinks. It also recommends kefir for complete proteins, bananas for carbs and potassium, salmon for protein and omega-3s, blueberries for antioxidants, hummus and pita for protein and carbs, dried fruit and nuts for a quick fix, pineapple for bromelain, sweet potatoes for carbs and nutrients, kiwi for vitamin C and antioxidants, water for hydration, and eating something within an hour or two after a workout for muscle recovery.

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India contributed greatly to many areas including mathematics, science, philosophy, and medicine. Key contributions include developing the number system including zero, inventing algebra and trigonometry, calculating the time taken for earth to orbit the sun, establishing some of the earliest universities and institutions of advanced education like Takshashila and Nalanda, and establishing some of the earliest systems of medicine including Ayurveda. India was also a leader in many areas of science and technology throughout ancient times.

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