BITalino, projects and applications with physiological sensors, PLUX - Wireless Biosignals S.A., Lisbon, Portugal

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Designers:

PLUX - Wireless Biosignals S.A.

Instituto de Telecomunicacoes

youtube.com/BITalinoWorld

"BITalino (r)evolution" on Kickstarter

Projects:

3D-printed and BITalino-powered Robotic Prosthetic Hand

 

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Ambulatory ECG Data Acquisition with a BITalino

Published on May 3, 2014

This video illustrates the BITalino ECG sensor data quality while walking at normal and fast pace. The reference electrode is placed in the C7 vertebrae region.

 

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Ambulatory ECG Data Acquisition with a BITalino

Published on Aug 2, 2013

BITalino is a low-cost toolkit that allows anyone from students to professional developers to create projects and applications with physiological sensors.

Out-of-the-box, BITalino already integrates easy-to-use software & hardware blocks with sensors for Electrocardiography (ECG), Electromyography (EMG), Electrodermal Activity (EDA), Accelerometry and Light.

Imagination is the limit... each individual block can be snapped off and combined to prototype anything you want. You can connect other sensors, including your own custom designs.

 

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Creating Smart Wearables with Printoo and BITalino

Published on May 13, 2014

 

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BITalino Sensors Tour

Published on Jun 25, 2014

This video presents an overview of the default sensor blocks included in every BITalino kit.

Note that in the ECG sensor even though the 3-lead accessory is used, it also works with just the 2-lead accessory.

Also, pre-gelled and self-adhesive electrodes were used for practicality in shooting the video, but the sensors work with non-gelled and fabric electrodes as well.

 

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Article "BITalino (r)evolution: Circuits for Quantified Self and More"

by Matt Richardson
November 14, 2014

 

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BITalino (r)evolution Shines its LED for the First Time

Published on Nov 28, 2014

Our team continues hard at work to make BITalino (r)evolution a reality; in this short segment we show you one of our first working versions.

Our revised groundless EMG sensor design only requires 2 electrode leads, while preserving the same best-in-class performance (as shown in the video).

We're now extending our core APIs and OpenSignals software to support BLE, hence the use of our old friend HC-06 Bluetooth module for testing.

The improved cabling is still cooking as well, reason for which we're also using the Molex Sherlock connectors to interface the electrode leads.