2016 ACM International Joint Conference on Pervasive and Ubiquitous Computing: Adjunct, 846-850, 2016Ĭontact me for availability there are plans for open-hardware and direct sales. Wearable electric potential sensing: a new modality sensing hair touch and restless leg movement, Proc. 2016 ACM International Symposium on Wearable Computers, 52-53, 2016 Electric field phase sensing for wearable orientation and localisation applications, Proc. International Conference on Embedded Wireless Systems and Networks, 2018 Complex human gestures encoding from wearable inertial sensors for activity recognition, Proc. International Conference on Embedded Wireless Systems and Networks, 2018Ĭiliberto et al. BlueSense: designing an extensible platform for wearable motion sensing, sensor research and IoT applications, Proc. Coulomb counter allowing precise measurement of battery charge/discharge and characterisation of real-time current consumption by software.Extension ports with analog inputs, digital I/O, I2C, SPI, timekeeping, etc.The system is capable of acquiring and storing raw motion data at 1KHz, which is useful for high frequency applications (sports, vibration analysis) 9DoF motion sensor (MPU9250) including software attitude and heading reference system at 100Hz (quaternion output). With BlueSense Plus connected SUV technology, stay connected to your XUV300 at all.Most accurate RTC (real-time clock) on the market: +/-5ppm.Bluetooth interface for device interaction.USB interface for charging, device interaction.ATmega1284P core (128KB flash, 16KB RAM).The extension ports allow to plug in custom sensor modalities which make this device highly versatile. This allows to achieve very long battery life, as the device can wake up at desired times (once an hour, once a day. A display is being developed converting it into a smartwatch.Īs an IoT device it's main appeal is a true hardware off which allows to put the device entirely to sleep (everything is powered down, including voltage regulators), yet wake up at programmed intervals thanks to a real-time clock wakeup. Its extension ports allow to plug-in additional sensor modalities for research purposes (e.g. This forms the core of a fitness tracker. The data can either be logged on an SDCard or streamed over bluetooth. Yet it is extensible for IoT applications with a number of features making it appealing for this purposeīlueSense2 as a wearable platform is a tiny device which can be used to capture body movement with a 9DoF motion sensor. It's primary purpose is to be an inertial measurement unit for wearable applications. BlueVIS 4.BlueSense2 is a wearable/IoT platform designed to be functional out-of-the-box yet extensible.Use equipment from manufacturers that you want to and not that you're told to.Don't waste money on installation fees or trainings.Use what you have - Think sustainable and keep your invest low If yours is not supported yet, we will realize it. Various communication protocols already have been integrated in BlueVIS. off-gas analyzers suitable for your applicationĭo you already have some of these items? - Perfect! With open bioprocess software BlueVIS we will connect all components and make your system run.Pare the device by pressing the phone button & GoGrooves paring button together for about 5-10 seconds. Now take out your LG headphones w/ attached volume control. digital mass flow controller or flow meter In the 'output', plug in your GOgroove BlueSense TRM Wireless A2DP Bluetooth Transmitter / Adapter for Mp3 Players, Tablets, Laptops, Desktops, Home Theater & More 3.an (older) culture vessel, bioreactor or fermenter.We can show you how to turn your older equipment into a modern, fully equipped and controlled system. Don't waste budget and "Use what you have"īefore you go and buy something new: check your lab! It might be enough to just buy several new components.
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