The Intriguing Field of BCI

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Over the past decade, researchers are exploring brain-computer interface (BCI) as a new communication method. This approach is particularly meant for users suffering from neuromuscular impairments that restrict them from utilizing traditional augmentative communication options.

BCI provides its users comprehensive access to communication and control channels that do not rely on the brain’s muscles or nerves. Simply put, the BCI devices enable users with motor disabilities to interact with computers through brain activity. This activity is further monitored and measured by Electroencephalography (EEG). 

The article provides an overview of brain activity monitoring and the application areas of BCI.  

An Overview of BCI

The brain-computer interface solutions were introduced following the development of the EEG device in 1929 by Hans Berger. The device was known to record electrical signals generated by brain activity. These devices started to evolve gradually following the technological advancements and beliefs that brain signals can potentially control digital peripherals.

BCI is a brain activity monitoring device that integrates sensors to measure brain signals in the form of electrodes. It is an AI-based system that acquires signals from the brain. It then analyses these signals and translates them into instructions that compel the terminal to display expected results. 

Numerous companies are developing brain-computer interface devices for a variety of applications. One such example is the ai eeg by BrainAccess.ai that connects to users’ brains to provide direct access to user data. Multi-language support capabilities allow the app to integrate easily into the user’s application. 

Use Cases of BCI & EEG Solutions

The application areas of brain-computer interface vary from medical and healthcare fields to security and authentication. 

  • Healthcare

From the prevention of neural diseases to the rehabilitation of serious injuries, BCI devices are playing a significant role in transforming healthcare. 

  • Education 

The BCI enters the educational arena through Neurofeedback – a promising approach that enhances the performance of the brain via brain activity modulation. 

  • Security

Cognitive Biometrics is using brain signals as a way to decrypt identity information. These signals are difficult to synthesize by external resources and hence prevent spoofing attempts. 

Get Wireless BCI Solutions from BrainAccess

AI-enabled, wireless solutions are a boon for individuals with cognitive or motor disabilities. 

BrainAccess’s compact EEG devices give users the freedom to move around the premises with comfort. 

The solutions include dry-contact EEG electrodes that connect to the brain within a few seconds. All the solutions are powered with the latest AI technology and more info can be found here to make an informed purchase decision. 

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