SMART, RELIABLE, SIMPLE SMARTING The first truly mobile EEG device for recording brain activity in an unrestricted environment. SMARTING is easily synchronized with other sensors, with no need for any additional hardware. This is allowed by integrated LabStreamingLayer (LSL) support. High signal quality Submillisecond time precision Easy to use mobile app
LIGHTWEIGHT & WIRELESS Small light-weight amplifier for high quality recordings and accompanying mobile app for real-time brain activity monitoring, out of the lab, in real life. Scientists can set it up on PC or Smartphone in just a few minutes and walk it out of their labs. Acquired EEG data are readily available in MATLAB & EEGLAB. Lighter than 60g 81x52x12 mm Light and Compact 3D built-in gyroscope For recording head motion 250-500Hz sampling 0-133Hz flat frequency response High Signal quality Bluetooth 10m range Wireless recordings 24ch Recording cap Customizable and Comfortable up to 5 hours recordings Long battery life
USING SMARTING ON MOBILE DEVICES In addition to full mobility, Smarting Android app maintains high signal quality and synchronization, while integrating mobile phone features in your experiments. It enables signal recording & visualization, precise triggering information and manual inserting of event markers. We also provide the SDK and easy third party software integration. Other cell-phone data (GPS and accelerometer) are also available to enable wider scope of experiments.
HIGH QUALITY ERP RECORDINGS Readiness Potential recorded with Smarting App Visual Detection Task recorded with Smaring App SMARTING is pioneering the event-related potential (ERP) recordings outside the laboratory environment. There is no need for hardware triggering, since the SMARTING is capable of high precision wireless triggering through the UDP and LSL protocols. The delay and jitter values obtained through wireless protocol are below 2 ms (depending on the stimulus delivery software), which confirms that there is no need for hardwiring the stimulus delivery. The figures on the left testifies the consistent ERPs among different trials (the amplitude is color-coded and 200 trials are aligned on the Y-axis) testifies to the millisecond precision on the recordings.
USE CASES IN SCIENTIFIC PAPERS NEUROREHABILITATION The study performed in Oldenburg University tracked changes in the motor cortex activity, for the possible after-stroke rehabilitation treatment. Subjects played a computer game that targeted specific motor-cortex areas to increase their activity. DOI: 10.1109/SMC.2015.552 NEUROERGONOMICS The study monitored attention via the P300 amplitude analysis during the 2 hour long recording in a replicated factory workplace. SMARTING recordings were synchronously coupled with LeapMotion, Kinect, temperature recordings, etc. DOI: 10.3389/fnhum.2016.00171 10.1080/00140139.2016.1142121 SPORT MEDICINE What is the cognitive load while biking in a free environment? The participants were asked to perform a three-class outdoor oddball task, while peddling on a fixed bike or riding through the KU Leuven campus. DOI: 10.1088/1741-2560/13/4/046017
USE CASES IN SCIENTIFIC PAPERS SMARTPHONE EEG This study presents first evidence that reliable EEG data can be recorded with a new ceegrid electrode array, which consists of ten electrodes printed on flexible sheet and arranged in a c-shape to fit around the ear. The smartphone was used for stimulus delivery and EEG signal acquisition. DOI: 10.1038/SREP16743 SEMANTICS In this study the neurophysiological underpinnings of language in a controlled turn-taking scenario was investigated that the N400 can effectively be used to study neural correlates of language in conversational approaches including speaker-switches. DOI: 10.3389/FNINS.2016.00349 SPORT MEDICINE German professional dart Bundesliga players were recorded to understand how one player influences the other. SMARTING is used simultaneously with Eye Tracker from SMI, that recorded their gaze and where exactly were they looking. Visit mbraintrain YouTube channel for video.
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