2. Contents Problem and Goal Problem Research Design Analyze Design Project Management

3. Problem Create a depth sensing system Possibly provide a safe and secure way to protect yourself and your belongings using something other than a password

4. Needs Statement There is a need for a reliable way to depth map There is a need for a secure way to protect your property using a system other than passwords

5. Goal Create a system that is easy to use and accurately depth maps a person’s face to secure their belongings with

6. Objectives The system must cost less than the $500 budget provided The system must be easy and safe to use The system must be rugged and small The system must accurately depth map a person and not be fooled

7. Objectives The system must perform indoors The system should work in a respectable range The system should have minimal error

8. Literature Review Microsoft Kinect Creative Senz3d Scanify 3D Scanner Broadway 3D Structure Sensor 3D

9. Microsoft Kinect

10. Creative Senz3d

11. Scanify 3D Scanner

12. Broadway 3D

13. Structure Sensor 3D

14. Design Constraints and Feasibility System cost Use a projector and camera to depth sense Power needs and supply Easy and safe to use Accuracy Appropriate size

15. Alternative Solutions IR light and speckle pattern Spatial neighborhood technique Direct encoding Time multiplexing

16. Proposed Design

17. Design Validation Approach Test at various stages of development Test components individually Test software and algorithm continuously Test ease of use

18. Economic Analysis and Budget The cost must be kept to a minimum to leave room for profitability Budget – Mini DLP Projector$199.99 – Raspberry Pi $39.95 – Raspberry Pi Camera$29.95 – Power Supply $10.50 – Miscellaneous $50.00 – Total $330.39

19. Task Schedule

20. Project Management Robert Bagott Troy Korenek Adelaido Reyes Team Leader, System Integration, Task Manager Head of Hardware Design, Head of Finances Head of Software Design, Test Development

21. Teamwork Individual progress recorded in journals Biweekly lab meetings to discuss progress, plan, and work on project Weekly meeting to discuss problems and weekly report Open communication during meetings and through email and phone

22. Societal, Safety, and Environmental Analysis Societal Analysis: – Product is used by choice – Product helps secure individual Safety Analysis: – Visible light could harm the user’s eyes – Electrical components could lead to injury in design phase Environmental Analysis: – No environmental affects observed

23. Any Questions?