18-02-2010, 12:42 PM
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INTRODUCTION
BMI IS A COMMUNICATION SYSTEM
USER CAN CONTROL COMPUTER APPLICATIONS BY USING ONLY HIS THOUGHTS
ELECTROENCEPHALOGRAPHY IS USING
SUBJECT DETAILING
BRAIN MACHINE INTERFACE
BMI IS AN ATTEMPT TO MESH OUR MINDS WITH MACHINS
USING BMI ARTIFICIAL ELECTRICAL SIGNAL CAN STIMULATE THE BRAIN TISSU IN ORDER TO TRANSMIT SOME PARTICULAR SENSORY INFORMATION
AN ARTIFICIAL NEURAL NETWORK THAT RECOGNIZES AND CLASSIFIES DIFFERENT BRAIN ACTIVATION PATTERNS ASSOCIATED WITH CARFULLY SELECTED MENTAL TASKS
THE HUMEN BRAIN
THE MOST RELEVANT PART OF BRAIN CONCERING BMIâ„¢S IS CEREBRAL CORTEX
THE CEREBRAL CORTEX CAN BE DIVIDED IN TO SEVERAL AREAS, WHICH ARE RESPONSIBLE OF DIFFERENT FUNCTIONS
MAIN PRINCIPLE
MAIN PRINCIPLE IS THE BIOELECTRICAL ACTIVITY OF NURVES AND MUSCLES
NEURONS WORK TOGETHER IN COMPLEX LOGIC AND PRODUCE THOUGHT AND SMALL ELECTRICAL SIGNALS WHICH HAS DIFFERENT MAGNITUDE AND FREQUENCY
BY MONITORING AND ANALYSING THESE SIGNALS WE CAN UNDERSTAND THE WORKING OF BRAIN
ELECTROENCEPHALOGRAPHY
EEG IS A METHORD USED IN MEASURING THE ELECTRICAL ACTIVITY OF THE BRAIN
THE EEG SIGNALCAN BE PICKED UP WITH ELECTRODES EITHER FROM SCALP OR DIRECTLY FROM THE CEREBRAL CORTEX
FOR THE PURPOSE OF EEG ANALYSIS BASIC FREQUENCY OF THE EEG RANGE IS CLASSIFIED INTO FIVE
ADVANTAGES
IN THIS ERA WHERE DRASTIC DICEASES ARE GETTIG COMMON IT IS A BOON IF WE CAN DEVELOP IT TO ITS FULL POTENTIAL
IT PROVIDES BETTER LIVING, MORE FEATURES, MORE ADVANCEMEND IN TECHNOLOGIES¦..
LINKING UP IN THIS WAY WOULD ALLOW FOR COMPUTER INTELLAGENCE TO BE HOOKED MORE DIRECTLY IN TO THE BRAIN, ALLOWING IMMEDIAT ACCES TO THE INTERNET,ENABLING PHENOMENAL MATH CAPABILITIES AND COMPUTER MEMORY
BY THIS HUMENS GET GRADUAL CO-EVALUTION WITH COMPUTERS
CHALLENGES
CONNECTING TO THE NERVOUS SYSTEM COULD LEAD TO PERMANENT BRAIN DAMAGE, RESULTING IN THE LOSS OF FEELINGS OR MOVEMENTS, OR CONTINUAL PAIN
APPLICATIONS
IN SPACE MISSION, DIFFENCE AREA (NASA USED THIS TECHNOLOGY EFFECTIVELY)
AUDITORY AND VISUAL PROSTHESIS
FUCTIONAL NURO-MUSCULAR STIMULATION
PROSTHETIC LIMB CONTROL
MENTAL MOUSE
APPLICATIONS IN TECHNOLOGY PRODUCTS
COMMUNICATION OVER THE INTERNET CAN BE MODIFIED
CONCLUSION
BMIâ„¢s will have the ability to give people back their vision and hearing. They will also change the way a person looks at the world. Someday these devices might be more common than keyboards. A new thought-communication device might soon help severely disabled people get their independence by allowing them to steer a wheelchair with their mind. Mind-machine interfaces will be available in the near future, and several methods hold promise for implanting information.
INTRODUCTION
BMI IS A COMMUNICATION SYSTEM
USER CAN CONTROL COMPUTER APPLICATIONS BY USING ONLY HIS THOUGHTS
ELECTROENCEPHALOGRAPHY IS USING
SUBJECT DETAILING
BRAIN MACHINE INTERFACE
BMI IS AN ATTEMPT TO MESH OUR MINDS WITH MACHINS
USING BMI ARTIFICIAL ELECTRICAL SIGNAL CAN STIMULATE THE BRAIN TISSU IN ORDER TO TRANSMIT SOME PARTICULAR SENSORY INFORMATION
AN ARTIFICIAL NEURAL NETWORK THAT RECOGNIZES AND CLASSIFIES DIFFERENT BRAIN ACTIVATION PATTERNS ASSOCIATED WITH CARFULLY SELECTED MENTAL TASKS
THE HUMEN BRAIN
THE MOST RELEVANT PART OF BRAIN CONCERING BMIâ„¢S IS CEREBRAL CORTEX
THE CEREBRAL CORTEX CAN BE DIVIDED IN TO SEVERAL AREAS, WHICH ARE RESPONSIBLE OF DIFFERENT FUNCTIONS
MAIN PRINCIPLE
MAIN PRINCIPLE IS THE BIOELECTRICAL ACTIVITY OF NURVES AND MUSCLES
NEURONS WORK TOGETHER IN COMPLEX LOGIC AND PRODUCE THOUGHT AND SMALL ELECTRICAL SIGNALS WHICH HAS DIFFERENT MAGNITUDE AND FREQUENCY
BY MONITORING AND ANALYSING THESE SIGNALS WE CAN UNDERSTAND THE WORKING OF BRAIN
ELECTROENCEPHALOGRAPHY
EEG IS A METHORD USED IN MEASURING THE ELECTRICAL ACTIVITY OF THE BRAIN
THE EEG SIGNALCAN BE PICKED UP WITH ELECTRODES EITHER FROM SCALP OR DIRECTLY FROM THE CEREBRAL CORTEX
FOR THE PURPOSE OF EEG ANALYSIS BASIC FREQUENCY OF THE EEG RANGE IS CLASSIFIED INTO FIVE
ADVANTAGES
IN THIS ERA WHERE DRASTIC DICEASES ARE GETTIG COMMON IT IS A BOON IF WE CAN DEVELOP IT TO ITS FULL POTENTIAL
IT PROVIDES BETTER LIVING, MORE FEATURES, MORE ADVANCEMEND IN TECHNOLOGIES¦..
LINKING UP IN THIS WAY WOULD ALLOW FOR COMPUTER INTELLAGENCE TO BE HOOKED MORE DIRECTLY IN TO THE BRAIN, ALLOWING IMMEDIAT ACCES TO THE INTERNET,ENABLING PHENOMENAL MATH CAPABILITIES AND COMPUTER MEMORY
BY THIS HUMENS GET GRADUAL CO-EVALUTION WITH COMPUTERS
CHALLENGES
CONNECTING TO THE NERVOUS SYSTEM COULD LEAD TO PERMANENT BRAIN DAMAGE, RESULTING IN THE LOSS OF FEELINGS OR MOVEMENTS, OR CONTINUAL PAIN
APPLICATIONS
IN SPACE MISSION, DIFFENCE AREA (NASA USED THIS TECHNOLOGY EFFECTIVELY)
AUDITORY AND VISUAL PROSTHESIS
FUCTIONAL NURO-MUSCULAR STIMULATION
PROSTHETIC LIMB CONTROL
MENTAL MOUSE
APPLICATIONS IN TECHNOLOGY PRODUCTS
COMMUNICATION OVER THE INTERNET CAN BE MODIFIED
CONCLUSION
BMIâ„¢s will have the ability to give people back their vision and hearing. They will also change the way a person looks at the world. Someday these devices might be more common than keyboards. A new thought-communication device might soon help severely disabled people get their independence by allowing them to steer a wheelchair with their mind. Mind-machine interfaces will be available in the near future, and several methods hold promise for implanting information.
