An Arduino is a much better choice than a Raspberry Pi for tasks that require real-time input and responses. While a Pi can ...

In this paper, we use the Arduino platform together with sensors as accelerometer, gyroscope and ultrasound, to measure vibrations in mechanical systems. The main objective is to assemble a signals ...

The Arduino Nano, compared to the Uno, is the more ideal board for mobile robots as it helps keep the chassis compact. However, if you want to go beyond standard robots, then you might find this ...

When the frequency of object coincides with the frequency of the LED in the glove, it will “stop”. The glove uses Arduino an open-source electronics platform to control the LED and accelerometer.

SparkFun BMA400 Arduino Library ... This library provides an easy way to control the BMA400 3-axis accelerometer. Each axis has 12-bit resolution, and supports ranges of 2g up to 16g. It also includes ...

The Tronics AXO 315 MEMS sensors features a 24 bit digital SPI interface and SMD package, delivering one-year composite bias repeatability of 1 mg and composite scale factor repeatability of 600 ppm ...

The sketch Using the appropriate libraries for I2C communication, it is relatively simple to exchange information with the accelerometer module. The listing for Arduino is very clear (see Figure 4).

An Arduino Uno board is used to process the data received from the accelerometer and switch on the corresponding LED to indicate the direction of tilt. Fig. 1 shows the author’s prototype and Fig. 2 ...

This time the control is again via bluetooth with the smartphone but the commands are given using the smartphone's accelerometer. To do this, we first need to download Android program "Arduino ...

Testing ADXL345 accelerometer Arduino Interfacing Finally, connect the ADXL345 sensor with Arduino UNO properly and upload the code in the Arduino Uno board. Then open Serial monitor and you will see ...