Neurotechnology Introduces BrainAccess Development Kit for Brain-Computer Interface Applications

Neurotechnology’s new EEG solution features dry-call electrodes for improved comfort and ease and wi-fi enabled, compact, multi-channel electroencephalographs for a certainly moveable brain-laptop interface program.

Vilnius, Lithuania – August twelve, 2020 – Neurotechnology now announced the launch of the BrainAccess Improvement Package. The package gives a total dry-call electroencephalography (EEG) solution which includes the electrodes, headwear, electroencephalograph, EEG signal acquisition and processing program and brain-laptop interface (BCI) example algorithms.

Graphic credit rating: Neurotechnology

The BrainAccess Improvement Package can be utilized to acquire programs in which a man or woman controls a laptop or other system by way of pursuits such as eye movements, visible concentrate, rest point out or other delicate changes that can be detected in the user’s EEG signal designs.

Regular EEG takes advantage of “wet” electrodes that call for gel and scalp preparing for improved electrical call, building it tough to use outside the house of a medical or laboratory ecosystem. Neurotechnology’s dry-call electrodes call for no gel and are shape-conforming, ensuing in improved comfort and ease and electrical call in contrast to regular dry-call electrodes.

Graphic credit rating: Neurotechnology

“EEG is a hugely efficient, minimal-expense method for measuring brain activity in BCI programs because of to its non-invasive nature and higher temporal resolution,” reported Dr.Osvaldas Putkis, venture lead at Neurotechnology.

“However, two things are wanted in purchase for EEG to turn into simple enough for widespread adoption and every day BCI use: one) effective dry-call electrodes for measurement and two) miniaturization of electroencephalographs with a higher variety of acquisition channels.”

BrainAccess MINI is an ultra-moveable electroencephalograph supplying sixteen acquisition channels, wireless connectivity and additional than 10-several hours of battery-powered operation time. BrainAccess MODULAR electroencephalograph characteristics a modular architecture with 32-128 acquisition channels allowing for higher-density electrode protection of the cerebral cortex.

BrainAccess Improvement Package

Neurotechnology’s BrainAccess Improvement Package comes in two variants: Regular and Extended. The Regular model features the BrainAccess MINI electroencephalograph and the BrainAccess BAND: headwear with dry-call electrodes for measuring brain activity more than the brow and occipital regions. A BrainAccess CAP with sixteen dry-call electrodes is another available alternative for regular protection of the cerebral cortex.

The Extended model characteristics the BrainAccess MODULAR electroencephalograph with 32 acquisition channels and the BrainAccess CAP with 32 shape-conforming dry-call electrodes. The variety of acquisition channels in BrainAccess MODULAR can be even more expanded with growth modules to up to 128 channels. This package gives higher-density protection of all cerebral cortex regions supplying improvement capabilities of additional elaborate BCI experiments or programs.

BrainAccess Computer software

The BrainAccess Improvement Package comes with all of the needed program for EEG details acquisition and processing and also characteristics some BCI algorithms. BrainAccess Core Library provides an interface with BrainAccess electroencephalographs and lets for direct entry of recorded EEG details. It enables the configuration of acquisition parameters and streaming of EEG details to a laptop, and it also provides regular EEG signal processing equipment.

BrainAccess Viewer is an software with a graphical interface that exposes some of the BrainAccess Core operation. BrainAccess BCI Library includes BCI example algorithms and samples. The library at this time features a few example algorithms:

– The motion classifier algorithm recognizes EEG signal designs related with eye blinks, eye movements upwards and downwards and teeth clenching. A sample making use of this algorithm to management a internet browser is included. A person can scroll a site up and down by shifting their eyes up and down respectively. They can open a connection in the central element of a site by clenching their teeth and can go again to the past site by double blinking.

– The SSVEP (continual-point out-evoked-opportunity) detector algorithm exposes the person to diverse frequencies of visible flicker and detects on which flicker the person is visually concentrating. A sample is included in which the person can decide on concerning four diverse instructions when concentrating on any of the four flickering triangles on the screen.

– The alpha detector algorithm estimates the level of alpha brainwaves produced by the person. The level of alpha brainwaves improves when a man or woman is relaxed and has their eyes closed and decreases when a man or woman is in a point out of notify focus. A sample is included in which a person can management a computer’s sound volume centered on their rest point out.

BrainAccess Core and BrainAccess BCI Library are equally accessible by using C/C++ and Python APIs and hence can be conveniently integrated into various experiments and programs.

About Neurotechnology

Neurotechnology is a developer of higher-precision algorithms and program centered on deep neural networks and other AI-connected systems. The company was released in 1990 in Vilnius, Lithuania, with the crucial idea of making use of neural networks for various programs, such as biometric man or woman identification, laptop vision, robotics and synthetic intelligence.

Given that the first launch of its fingerprint identification program in 1991, the company has sent additional than 200 goods and model upgrades. A lot more than 3,000 program integrators, stability firms and components vendors in additional than one hundred forty countries integrate Neurotechnology’s algorithms into their goods. The company’s algorithms have achieved major success in impartial technological know-how evaluations, which includes NIST MINEX, PFT, FRVT, IREX and FVC-onGoing.