Brain Driven Car
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Brain Driven Car, a new technical aspect of how to ride a car when drunk and technology needed for this aspect.
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Brain Driven Car
- 2. INTRODUCTION • The video and thermograph analyzer continuously monitor activities outside the car • When the verification of video images and thermo graphic results is done, the doors of the car open to the sides and a ramp is lowered from the floor • The robotic arms assist the driver to the seat
- 3. BIOCONTROL SYSTEM Brain computer system Automatic security system Automatic navigation system
- 4. • Increases acceptance & trains non users • Brain controlled switch responds to specific patterns detected in spatio temporal electro encephatograms(eeg) BRAIN COMPUTER INTERFACE
- 5. EEG TRANSMISSION • The eeg is filtered and run through a fast fourier transform before it is displayed as a three dimentional graphic • This data is piped into MIDI compatible music programs • MIDI is further adjusted to control external process like robotics • Analysis of data is mostly done in Mat lab environment
- 6. FEATURES OF EEG • Data can be fully exported in raw data & average formats • Data can be sent and analyzed in real time over network or modem • Ultra low noise balanced DC Coupling Amplifier • Full Brain wave driven sound control supports for 16 bits sound
- 7. BRAIN TO MACHINE MECHANISM
- 8. PRINCIPLE & PROCESS OF THE SYSTEM The impulse of human brain is tracked and even decoded Tracing the motor neurons in brain Attempt for physical movements sends impulse to motor neuron Message is decoded at motor neuron to attain maximum accuracy Sensory neurons monitor the eye movement
- 9. AUTOMATIC SECURITY SYSTEM If the frequency of EEG <4 Hz, driver is in unstable stage Message is given to driver for confirmation Computer prompts the driver for destination
- 10. AUTOMATIC NAVIGATION SYSTEM This stores the root map in its data base Video and anti collision sensors provide continuous feed of environment up to 180mts,which is sufficient
- 11. USES OF BCI OVER DRIVER’S ACCURACY Better controlled accuracy over real movements Subjects demonstrated activation accuracies in the range of 70-82% with false activation <2% Accuracy range of real movements is 36-83% Accuracy range of this system is99%
- 12. DEMERITS • Cost is high • Design is complex • Care must be taken while designing the car, otherwise many problems will occur which lead to accidents
- 13. CONCLUSION This car brings a revolutionary change in the society which vanishes difference between abled and disabled.
- 14. Thank you