Authors:
Phillip Monkowski, Fred Boadu, William Karnavas, Asai Murugan
Abstract:
This Disclosure proposes using Bidirectional brain machine interfaces, an up-and-coming piece of technology, where, in a nutshell, the human brain can directly communicate with computers to read and understand what a customer needs or desires.
Background:
In scenarios such as entering a hotel room, coffee shop, or bar, the location may not have the exact tasting or smelling item the person may want, whether it be a drink flavor, toiletry scent, etc. Furthermore, the person may have an underlying condition (not feeling well, allergy) that would affect what would be beneficial for them to have.
Bidirectional brain machine interfaces are an extremely scary, up-and-coming piece of technology, where, in a nutshell, the human brain can directly communicate with computers, and the computer can communicate back or read the brain data.
Description:
When someone walks into a location, the user of the technology could connect to a computer at the location that creates items the Retailer is trying to sell or items a customer wants to purchase. The machine could comprise various scents, flavors, consistencies, etc. The user could just think about what they want, and the machine could read that electrical impulse, plus send impulses to learn the current status of the body (mood, allergies, etc.), to come up with the "perfect" item for that customer and create a custom item combining different ingredients in the machine.
Enabling Technology:
A brain–computer interface (BCI), sometimes called a brain–machine interface (BMI), is a direct communication link between the brain's electrical activity and an external device, most commonly a computer or robotic limb.
TGCS Reference 2523
