Brainwave-Driven Wheelchair System for Paralysed Patients

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  Brainwave Driven Wheelchair Prototype

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  EEG sensors connected to the user's head to collect data

I am going to build a EEG controlled wheelchair for paralysed patients so that they can move around the place just by using their thoughts. You think of moving forward, and the wheelchair will move forward; you think of stopping it, and it will stop, etc. A feeling of Telekinesis From the outside, it definitely feels like Telekinesis, but this is purely done with the help of ML models and a medical sensor called an EEG (Electroencephalography sensors), a sensor that can read the electrical impulses from our brain and turn them into numerical value

Existing technology uses expensive EEG systems with many sensors and costly signal processing equipment to implement an unaffordable product for most of the populace. Our product reduces the number of sensors by optimizing readings. It also uses machine learning models to augment the signals from the EEG. These optimizations allow for a product that is upto 4 times cheaper than the products presently in the market.

Built With

• python