Bionic Vision 1By Elliot Whaley, Villanova University.

Slides:



Advertisements
Similar presentations
Motion Capture The process of recording movement and translating that movement onto a digital model Games Fast Animation Movies Bio Medical Analysis VR.
Advertisements

Managing the HIPAA & The Audit Trail Wayne Pierce, C|CISO.
Artificial Retina Imaging for the Sight Impaired For someone who has lost their sight to retinitis pigmentosa a retinal implant can be inserted. This implant.
Page 1 SIXTH SENSE TECHNOLOGY Presented by: KIRTI AGGARWAL 2K7-MRCE-CS-035.
SIXTH SENSE TECHNOLOGY
Biomedical Engineering and the Eye. Raise your hand if you have eyes. Hopefully that was everyone. How many times a day would you say you use your eyes?
Augmented Reality Chris Baker Comp 4640.
Bionic Vision 1By Elliot Whaley, Villanova University.
Swapneel Bobade – BOSKF93.  Technology is constantly changing in today’s world; different technologies are available for various purposes.  Bionic Vision.
Assistive technology summary Andrew Downie Centre for Learnin g Innovation NSW Department of Education & Training 1.
Universal Memex (A Research Project for Discussion)
Interactive Systems Technical Design
Artificial Vision A vital component of transhumanism.
Wearable Computing Manuel Probst Barbara Schwarz.
Cyborg-Cybernetic Organism Prashant Patel CS-575.
VISUAL PROSTHESIS By Richard Jones and David Henley.
An Integral System for Assisted Mobility Manuel Mazo & the Research group of the SIAMO Project Yuchi Ming, IC LAB.
{ The Bionic Contact Lens By: Alex Gianos.  The first ideas came from the hit film the Terminator in the early 80’s  Showed point of view through a.
CHAPTER 2 Input & Output Prepared by: Mrs.sara salih 1.
Parts of the Computer.
Mobile Computing in Society Jared Sutherland CIS 497
“S ixth Sense is a wearable gestural interface device that augments the physical world with digital information and lets people use natural hand gestures.
The New Medical Device Audio & Video Player The interactive learning tool that is full of possibilities! from CMO Digital.
Video Eyewear for Augmented Reality Presenter: Manjul Sharma Supervisor: Paul Calder.
SURVEILLANCE SYSTEM HITRON DVR All rights reserved by Hitron Systems.
Copyright John Wiley & Sons, Inc. Chapter 3 – Interactive Technologies HCI: Developing Effective Organizational Information Systems Dov Te’eni Jane.
Izzy Ford & Lauren Larobis Spring Definition of Technology Technology is something that can help people by making work easier, help scientists with.
Better Health. No Hassles. [Name of Presenter] Children’s Eyes and Vision.
Vision: Smart Home Control with Head- Mounted Sensors for Vision and Brain Activity Pieter Simoens, Elias De Coninck, Thomas Vervust, Jan- Frederik Van.
Living in a Digital World GCSE ICT Unit 1. What are we going to study?
Presentation by: K.G.P.Srikanth. CONTENTS  Introduction  Components  Working  Applications.
Screenless Display.
Judge Elinore Marsh Stormer Displaying Evidence in Courtroom #10.
Overview Do you what to allow your web users to be their own video director? Record the movie using multiple angle cameras and provide your web users.
Bionic Vision Brining together computer science, engineering and biology Elliot Whaley Department of Computer Sciences Villanova University Major Areas.
BIONICS The making of Cyberman BIONICS  Hardware or machine parts implanted in the human body and acting as an interface between our central nervous.
Computer Science Department Pacific University Artificial Intelligence -- Computer Vision.
Manoranjaka A Camera based Multi-touch Dining table Tejas D Kulkarni Abhisheyk Gaur Himanshu Raghav Ankur Mishra.
Bionic Eyes Robert Blease. Target Current designs are made for patients with degenerative eye disorders. The most common disorder currently treatable.
Seminar on EyeTap.  Introduction  What is Eye Tap  EyeTap: The eye itself as display and camera  History of EyeTap  Principle & working of the Eyetap.
Video Eyewear for Augmented Reality Presenter: Manjul Sharma Supervisor: Paul Calder.
MACHINE VISION Machine Vision System Components ENT 273 Ms. HEMA C.R. Lecture 1.
Children’s Eyes and Vision [Name of Presenter] Doctor of Optometry.
Aesthetic Appeal in fashion design are garments that use technology that is pleasing to the audience. This can include garments that can: Light up Change.
Treading the borders of cyberspace. augmented reality project image onto real world –calligraphy teaching field manuals/tourist guides –device gives appropriate.
Augmented Reality Authorized By: Miss.Trupti Pardeshi. NDMVP, Comp Dept. Augmented Reality 1/ 23.
VIRTUAL REALITY PRESENTED BY, JANSIRANI.T, NIRMALA.S, II-ECE.
Introduction to Optics. How do we see things? What is light?
Mod 12 Quiz AP Psychology. Which of the following is not one of the parallel processes of vision?  A. degree  B. form  C. color  D. motion  E. depth.
BrainGate Hardware Summer Bird Kacie Johnson Gitau Muchane Jonathan Wright Washington Farver.
By Kalid Adem  Introduced by Leon Theremin in 1945, the RFID Chip was invented as an espionage tool for the Soviets that retransmits audio information.
CONTENT FOCUS FOCUS INTRODUCTION INTRODUCTION COMPONENTS COMPONENTS TYPES OF GESTURES TYPES OF GESTURES ADVANTAGES ADVANTAGES CHALLENGES CHALLENGES REFERENCE.
K.Dinakar 09A91A nd B.Tech, ECE. P.S.V.S.Jagdish Babu 09A91A nd B.Tech, ECE.
CONTENTS INTRODUCTION WHO IS ELIGIBLE ? DEVICE WORKING
Arm as Good as New Ethan Leavell Sulamita Staroverova Jalen VanTrease Tolu Amudipe.
BRAIN GATE TECHNOLOGY.. Brain gate is a brain implant system developed by the bio-tech company Cyberkinetics in 2003 in conjunction with the Department.
Presentation on BRAIN GATE Sree Vidyanikethan Engineering College A.Rangampeta, Tirupati. By P.Bhaskar (II MCA) M.Jayaprakash (II MCA)
The ‘Bionic’ Eye A PowerPoint Presentation By MD. ABDUR RAZZAK.
Neuro-prosthetic Devices Yael Hanein School of Electrical Engineering, Tel-Aviv University
Audio Books and Documents for People with Vision, Physical and Learning Disabilities Minnesota State Services for the Blind Minnesota Department of Employment.
Amcrest security systems are part of a generation of advanced high quality remote monitoring and video security systems which are bridging the gap between.
By: Nicole Cappella. Roadmap  What is Project Glass?  What prototype looks like  Augmented Reality Application  How Project Glass works  What makes.
Brain Chip Technology | Presented to- Dr. Jia Uddin, BRAC University 2 Dung Beetle, Can lift upto 1141 times of it’s own body weight..
Contents Introduction Requirements Design Technology Working Interaction.
North American Vision Market Update
An Overview on the Artificial Eye (Using MEMS Technology)
ECE 477 Digital Systems Senior Design Project - Spring 2007
Virtual Practice For Doctors
IoTs (Internet of Things)
BIONIC EYE. HAMZA YOUSAF HAMZA YOUSAF 18-ME ME-113 ASAD RASOOL ASAD RASOOL 18-ME ME-116 IMRAN KHAN IMRAN KHAN 18-ME ME-119 Presented.
Presentation transcript:

Bionic Vision 1By Elliot Whaley, Villanova University

2 Why Use Bionic Vision? The technology is here! To cure blindness. To improve quality of life To help in professions such as soldiers, doctors and firefighters.

By Elliot Whaley, Villanova University3 Major Areas of Bionic Vision Medical Procedures /curing blindness Contact lenses with a computer chip Example: Brain machine interface systems (BCI) Example: lenses created by University of Wash. Strengths – Can give vision back to the blind. Strengths: No surgery or glasses needed Weakness-Can be cumbersome due to its size. Weaknesses: They have not been completed so no weaknesses yet. Wearable Vision aids Example: EyeTap Strengths-Can record your life and play it back to you while improving vision. Weakness-Problem of inequiveillance which is the imbalance between surveillance and sousveillance.

BCI (Brain Computer Interface)

By Elliot Whaley, Villanova University5 Medical Procedures/Curing Blindness William Dobelle's first prototype was an implant in to a blind man, in A single- array BCI containing 68 electrodes was implanted onto his visual cortex. In 2002, Jens Naumann one of 16 paying patients to receive Dobelle’s second generation implant, one of the first commercial uses of BCIs. SWAN system which stands for System for Wearable Audio Navigation. utilizes a small laptop, a proprietary tracking chip, GPS, a digital compass, a head tracker, four cameras and light sensor and bone- conduction headphones. These tools provide audio guidance to a person in their surrounding with or without vision.

By Elliot Whaley, Villanova University6 EyeTap Key Features: Functions as a camera and display device Improves vision Ability to playback past events Wearable camera phone

By Elliot Whaley, Villanova University7 Contact Lenses Desired Functionality: Ability to zoom in on distant objects Display information in front of the eye Wirelessly connect devices such as an iphone to the lenses and display the interface in front of the eye.