'Brain computer interface' presentation slideshows

COGNITIVE SCIENCE 17 Final review

COGNITIVE SCIENCE 17 Final review. COGNITIVE SCIENCE 17 Final review. Biological rhythms (periodic physiological fluctuations). Types of rhythms Ultradian (Basic Rest-Activity Cycle) p294 Circadian (sleep-wake cycle) p319-326 Infradian (menstrual cycle)

1.49k views • 129 slides

Chapter 9 Knowledge Management and Specialized Information Systems

Chapter 9 Knowledge Management and Specialized Information Systems. Principles and Learning Objectives. Knowledge management allows organizations to share knowledge and experience among managers and employees Discuss the differences among data, information, and knowledge

1.6k views • 53 slides

Evaluation of a robot as embodied interface for Brain Computer Interface systems

Evaluation of a robot as embodied interface for Brain Computer Interface systems. Evaluation of a robot as embodied interface for Brain Computer Interface systems. L. Tonin, F. Piccione, S. Silvoni, K. Priftis, Emanuele Menegatti. K. Priftis Department of General Psychology

623 views • 24 slides

An Object Oriented Approach To Bio-Feedback Applications For Disabled People

264 views • 18 slides

**The Brain** in Brain Computer Interface

**The Brain** in Brain Computer Interface. An Do, MD Department of Neurology University of California, Irvine. The Brain. Source of thought, behaviors, and perceptions Composed of billions of neurons in interconnected networks. Brain Anatomy. Parietal Lobe. Frontal Lobe. Occipital Lobe.

582 views • 17 slides

308 views • 14 slides

Brain Computer Interface

432 views • 13 slides

The Brain

The Brain. Brain versus Computer (hardware). Brain versus Computer (information processing). No memory management, No hardware/software/data distinction. Magnetic Resonance Imaging - MRI (fMRI) scanner. Enables functional mapping Brain Activity mapping Fiber tracking and mapping.

174 views • 13 slides

EEG-based Online Brain-Computer Interface System

EEG-based Online Brain-Computer Interface System. Chi-Ying Chen,Chang-Yu Tsai,Ya-Chun Tang Advisor:Yong-Sheng Chen. Outline. Introduction Motivation State of the Art Background Proposal Schedule Reference. Motivation. People with degenerative diseases Human-computer interface

340 views • 10 slides

The Mind Garden

A Brain Computer Interface Game Libo Su School of Interactive Computing. The Mind Garden. Outline. Brain Computer Interface Game Design. Brain Computer Interface. Brain Computer Interface. Neurosky Mindset. Brain Computer Interface. Game-the Bad. Game-the Good. Game-the Ultimate.

327 views • 9 slides

Mind Games

514 views • 8 slides

Mind Control Robots

Mind Control Robots. By: Gi!. About the Robot. mind-controlled devices would include television sets and smart phones which compose text messages by thought. the headsets would also allow the elderly or disabled to communicate with robot servitors and alert them to when help is required.

557 views • 7 slides

BIO-ROBOTICS

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Two parallel mechanisms in the basal ganglia. In parallel

+. +. Two parallel mechanisms in the basal ganglia. In parallel with the CD- SNr -SC serial inhibitions are present pathways mediated by the GPe and/or STN. Inhibitory and excitatory neurons are indicated by solid and open circles, respectively .

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A Virtual Keyboard with Multi Modal Access for people with disabilities

A Virtual Keyboard with Multi Modal Access for people with disabilities. Vijit Prabhu 1 , Girijesh Prasad 2 1 Computer Science & Engineering, Indian School of Mines, Dhanbad , Jharkhand -826004, India

198 views • 1 slides