Research 2012a

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My research about Hydraulic Excavator HMI DESIGN USING Augmented Reality

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Research 2012a

  1. 1. Research Project NumberHydraulic Excavator HMI DESIGNUSING Augmented Reality Georgia Institute of Technology | Milwaukee School of Engineering | North Carolina A&T State University | Purdue University University of Illinois, Urbana-Champaign | University of Minnesota | Vanderbilt UniversityPresenter: Michael EkundayoAdvisor: Dr. Eui ParkGraduate Supervisor: Joseph AkyeampongNorth Carolina A&T State University CCEFP REU 2012 June 4 – August 10, 2012
  2. 2. Outline 1. Background 2. Research Objective 3. Technical Solutions 4. Implementation 5. Lessons Learned 6. Idea 7. Future Work 8. Q&AEvent 2Event Date(s)
  3. 3. Background – Fluid Power Systems Hydraulics PneumaticsCar lift Air Compressor Jet engine Wind wiring turbinesEvent 3Event Date(s)
  4. 4. Background – HydraulicExcavators • Work Domains include: • Construction (commercial and residential) • Mining • Water & Sewer • Forestry & AgricultureEvent 4Event Date(s)
  5. 5. Background – Excavator HMI Issues – Ease of Use (Cognitive) • Less Intuitive • Information deficient – Safety (Physical) • Layout of Displays/Controls • Repetitive use of controlsEvent 5Event Date(s)
  6. 6. Background – Virtual vs. Augmented Reality Virtual Reality Augmented Reality • A computer generated, • A combination of the a interactive, three- real scene and a virtual dimensional environment scene generated by a in which a person is computer that augments immersed. the scene with additional information.Event 6Event Date(s)
  7. 7. Background - Augmented Reality TechnologiesAn AR system consists of: – a camera for acquiring video images of the real world. – a computer for generating virtual objects. – display unit (e.g. monitor/head- mounted/projector) for merging the virtual and real scenes. – a tracking unit (e.g. mechanical/optical/inertia), trackers) for obtaining real-time position/orientation of the user. – fiducial markers for registering (or overlaying) virtual objects on the real world – interaction devices (e.g. joystick/mouse/haptic etc.) to manipulate/navigate the augmented environment.Event 7Event Date(s)
  8. 8. Examples of AR Applications• SkinVaders is the first game to use Augmented Reality to physically bring a person body into a game.• Google glasses developed for A.R. application Event 8 Event Date(s)
  9. 9. Examples of ARApplications IKEA uses augment reality to fit a customer with a product by imaging the room with the products like furniture, refrigerators, dishwasher and other productsEvent 9Event Date(s)
  10. 10. Research Objective To develop an excavator HMI utilizing augmented reality (AR) technologyEvent 10Event Date(s)
  11. 11. Role of AR in Hydraulic Excavator HMI Design • The role of AR in hydraulic excavator HMI design is to identify additional information that can be used to augment the operators cognition to enhance his/her task performance. • AR design strategies will be used to recommend improved HMI designs for hydraulic excavators.Event 11Event Date(s)
  12. 12. Technical Solutions (Ease of Use) Heads Up Display • Originated in jet fighters to provide flight information to pilots without requiring them to look away from their usual viewpoints. • sought to ease information overload and to make the instrumentation less complicated • Common in aircrafts; being introduced in cars Hydraulic excavators will provide great application platform to ease the operators information overloadEvent 12Event Date(s)
  13. 13. Approach/Technical Solutions • Haptic technology is a technologyHaptic Technology which takes advantage of the sense of touch by applying forces, vibrations, or motions to the user. • Haptic devices (or haptic interfaces) are mechanical devices that mediate communication between the user and the computer • For hydraulic excavators it will provide an additional modality (sensory cue) to facilitate the operators cognition, thereby leading to enhanced usability.Event 13Event Date(s)
  14. 14. ImplementationEvent 14Event Date(s)
  15. 15. What I Learned I have learned about • Fluid Power Systems • Hydraulic Excavators • Augmented Reality • Heads Up Displays • Haptic Devices • Ergonomics • Time-management • Readiness: to be prepared for everything and anythingEvent 15Event Date(s)
  16. 16. Idea • Google Earth has been explored for AR/MR related applications to give remote viewing of geo-spatial information (Frohlich et al., 2006) and urban planning (Phan & Choo, 2010). • Google Earth can be used with AR to guide the design and implementation of HMIs for hydraulic excavators. Question to be Addressed: – How to connect Google earth with A.R. in real time?Event 16Event Date(s)
  17. 17. Future Work • Assist with conducting usability testing with AR-simulated HMIs • Assist with performing ergonomics analysis of HUD-inspired HMI in Jack.Event 17Event Date(s)
  18. 18. Q&A •?????????Event 18Event Date(s)

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