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May 2018

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KnowledgeBase

Monitoring of Soil Moisture using Aruino+Wifi, Adafruit IO and IFTTT

Overview Soil moisture is the water stored in soil and is affected by different parameters. These parameters include temperature, soil characteristics, precipitation, and much more. In this project, the soil moisture of a certain plant is measured. Then, the obtained data is transmitted through a cloud service, known as the Adafruit IO. Once displayed, the IFTTT platform is used to
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KnowledgeBase

(4/4) BPM (Pulse Sensor) and Pedometer (ADXL345 Accelerometer) Wearable Device with OLED Display

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Overview Finally, We integrate all the three sensors into a one working mini-wearable project. Hardware Used Arduino Nano V3 (Robotdyn) ADXL345 Accelerometer 128x64 0.96" OLED Display Pulse/Heart Beat Sensor Jumper Wires Breadboard Software Used Arduino IDE Libraries Used The libraries used will be the compilation of the previous libraries. SPI.h
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KnowledgeBase

(3/4) BPM (Pulse Sensor) and Pedometer (ADXL345 Accelerometer) Wearable Device with OLED Display

Overview The final key to the puzzle lies within the ADXL345 accelerometer. The easiest way to obtain a pedometer is buying one. But where's the challenge in that? For a more detailed ADXL345 Accelerometer visit my good friend, Eddyson's, post here : https://community.createlabz.com/knowledgebase/3d-animation-control-using-adxl345-triple-axis-accelerometer-on-arduino-uno-and-processing-3-ide Application Description There are different types of pedometer available in the market. Some are dedicated wearables, and
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