18
Aditi Gupta Anchal Sarraf Prashant Gupta

Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

  • Upload
    others

  • View
    5

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Aditi Gupta

Anchal Sarraf

Prashant Gupta

Page 2: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 2

Brain implant system

Designed for patients

with Amyotrophic Lateral

Sclerosis(ALS) or spinal

chord injury

The computer chip monitors

brain activity and converts it

to computer commands.

Page 3: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 3

Developed by bio-tech company

CYBERKINETICS in 2003.

At Brown University in conjunction

with Department of Neuroscience.

Page 4: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 4

Aid paralyzed person to :

Control the electrical wheelchair

Communicate via e-mail and internet-

based-phone system

Operate television etc.

Page 5: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 5

An electrode chip is implemented in the brain

Electrical signals are exchanged

Signal are processed

Signal is sent to the computer

“Computer is CONTROLLED by the patient”

Page 6: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 6

Page 7: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 7

Continued…

Page 8: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 8

Page 9: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 9

Human brain is capable of

processing instantaneously

large amount of information

An electrical data transmits

from brain to computer

Brain can be connected to

internet , robot or to a bionic

arm.

Page 10: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 10

Continued…

Page 11: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 11

The computers translate brain activity

Computer create the communication

output using :-

Custom Decoding Softwares

Uses adaptive algorithms

Pattern-matching techniques

The algorithms are written in C,

JAVA and MATLAB.

Page 12: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 12

Continued…

Page 13: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 13

In Fox borough , a 25-

year-old quadriplegic sits

in a wheelchair

In classification of EEG

signal.

In multimedia

communication.

As a brain controlled

switch.

Page 14: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 14

Very expensive.

Information transform rate -

20 bits/min.

Difficulty in learning and

adaptation.

Algorithm used are not very

strong.

Page 15: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 15

A completely implantable wireless device making Brain

Gate safer and less visible.

Future developments of brain-chip implants.

Within 10 years, it will be possible to "download” memory

implants for skill enhancement.

"Chipped” people will communicate with each other, using

just their thoughts – from anywhere on Earth.

Page 16: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 16

According to the Cyber kinetics website, two patients have been implanted with the Brain Gate system.

In early test sessions, the patient can carry on a conversation

The results are spectacular and almost unbelievable.

Brain Gate can help paralyzed people move

Page 17: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 17

Page 18: Aditi Gupta Anchal Sarraf Prashant GuptaPage 15 A completely implantable wireless device making Brain Gate safer and less visible. Future developments of brain-chip implants. Within

Page 18