1. MSD1 Group P14546

2. Introductions NameMajor/Role Corey RothfussTeam Leader Kayla KingMechanical Engineer Josh HornerMechanical Engineer Ryan DunnElectrical Engineer David YoonElectrical Engineer Matthew NealonElectrical Engineer Cody StevensElectrical Engineer

3. Agenda  Introductions  Project Overview  Problem Statement & Deliverables  Desired State  Stakeholder(s)  Customer Needs  Engineering Requirements  Matrix  Use Scenarios  Benchmarking  Risk Assessment  Project Plan

4. P14546 Problem Statement  Virtual Reality is used to simulate 3D environments using multiple cameras, sensors, and immersive displays  Most people know it from video games but it can be used for research applications Relate eye movements to their corresponding body movements Training in specialized tasks Healthcare  Current techniques use markers in combination with cameras to track hand motion  In some positions, markers are occluded from optical view, resulting in missing data points  The objective of this project is to create a glove that collects data aquired from the hand’s movements without the use of motion cameras

5. Project Deliverables  The project will focus on providing a functional prototype that is lightweight, durable, and relatively inexpensive  The glove will not interfere with user’s natural hand movements  Sensors transmit motion data to the computer for analysis  Instruction manual for repairs and operation of the glove

6. Desired State http://www.neurostim.ru/main.html

7. Stakeholder(s)  Primary Customer: Gabriel Diaz Contact: Gabriel.Diaz@rit.edu 585-317-3595Gabriel.Diaz@rit.edu  Secondary Customer: Susan Farnard Contact: Farnard@cis.rit.edu 585-475-4567Farnard@cis.rit.edu  Faculty Guide: Ed Hanzlik Contact: echeee@rit.edu 585-475-7428echeee@rit.edu  Sponsor (financial support): RIT

8. Customer Requirements

9. Engineering Requirements

10. Matrix

11. Scenarios for use of VRDG  The virtual reality data glove will be used for scenarios such as… Grabbing Catching Hitting Etc…

12. Benchmarking  CyberGlove II and III Wirelessly interfaces with computer Three flexion sensors per finger Wireless USB interface Motion tracking marker mounting point Active palm arch sensor MicroSD Card interface

13. Benchmarking  Soft Curvature sensors Uses a soft film with conductive liquid channels More natural movement but not as accurate as classic rigid sensors Outside the scope of the project ○ Very new technology ○ References numerous related papers

14. Risk Assessment

15. Project Plan (WK 4-6)

16. Questions?