1. Office of the Dean of Students Brian Eng Matteo Mannino Jonathan Timura Advisors: Prof. David EbertAdvisors: Prof. David Ebert Kirk Riley Kirk Riley TA: Steve GunawanTA: Steve Gunawan Rohit Vankipuram Manish Handa Jay Gengelback Mission: To provide services and programs that enable students with disabilities achieve a comfortable learning environment.

2. GPS-DVI Global Positioning System - Device for the Visually Impaired

3. Overview Project Overview Last Semester Achievements –Campus Map –Integer-to-speech function –Distance in Feet –Path Recalculation –Human Subjects Testing Team Transition Meeting with the project partner

4. Project Overview Objective: To design and implement a portable device that will enable students who are visually impaired to navigate around campus with the use of the global positioning system. Solution: Program – “PUGuide” –Integrates GPS receiver and PDA to help user navigate around campus using voice output.

5. GPS-DVI System GUI

6. Updated Campus Map

7. Integer-to-speech function Function was created to convert integer values to voice output Allows simple speech of any number Used in many areas throughout program –Confirmation of user button presses –Speaking calculated distance from next node and destination

8. Distance in Feet Tells user how far she is from destination/next node on button press Accounts for curvature of the Earth –Important as campus coverage expands Allows user to choose their own path if familiar with campus

9. Path Recalculation Allows user flexibility if obstruction exists in calculated path Strongly desired by project partner Allows for simple implementation of automatic/manual path recalculation

10. Human Subjects Testing Could not be completed because of certification requirements User testing will improve overall product functionality and provide first-hand feedback

11. Team Transition New members: - Rohit Vankipuram - Jay Gengelbach - Jonathan Timura Members have read through old design note-books to update themselves on the current status of the project. Old members like Saad Sami.

12. Meeting with project partner First meeting last week Key components: -Team required to prepare questionnaire -Need a more efficient method to ask user to input code -Program with reference to what node the student is close to

13. Questions?

14. ICM Objective: To help students with physical disabilities locate the best accessible path between campus locations by drawing a map Interactive Campus Map

15. Group Members Brian Eng Matteo Mannino

16. Phase of the Design Process We are currently in the production phase - Software is optimized, kiosk needs minor modification, delivery imminent Project costs: $50 –802.11b USB adapter for kiosk computer

17. Semester Goals Prepare kiosk for use and place in MSEE Collect feedback Improve and maintain system Deliver Project Create node database software

18. Kiosk Alterations Installation of 2 brackets –One on the bottom to hold the monitor at the correct level –One at the top of the monitor to secure it in place –Screw holes already in place –No physical alterations to outside of kiosk

19. Node Database Software Facilitate the creation of a node database with a simple and easy to use GUI Can be used for GPS-DVI and other applications Will utilize Qt and Qt Designer

20. This Semester So Far Received all confirmations and approvals for kiosk placement Met with Project Partner to inform him of our plans for this semester Planned necessary alterations to kiosk Created rough layout of node software front end

21. Rough Layout of GUI http://epics.ecn.purdue.edu/odos/documen ts/2005Spring/Brian/icmgui.bmphttp://epics.ecn.purdue.edu/odos/documen ts/2005Spring/Brian/icmgui.bmp

22. Questions?

23. Adjustable Book Shelf Team Members : Manish Handa

24. Agenda List of Accomplishments in Fall 2004 Design Parameters Plans for this semester

25. Past Accomplishments New project was established Problem defined, design parameters set Concepts designed. Completed code for controlled mechanism. Prototype was created.

26. Current Prototype

27. Design Parameters Cost less than $500 Requires very little muscle force by user Hold at least 8 – 10 books Makes use of current dorm shelving unit All books are attainable from a seated position

28. Semester Plans Reconsider concept from past semester –Cost analysis (must be under $500 per shelf) –Practicality: Is an easier solution achievable? Construct several other concepts Decision Matrix: make 1 st and 2 nd choices Create mathematical models, 3-d models List materials and complete cost analysis

29. Questions?