EE 267: Introduction and Overview!
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1 ! EE 267: Introduction and Overview! Gordon Wetzstein! Stanford University! EE 267 Virtual Reality! Lecture 1! stanford.edu/class/ee267/!!
2 vir tu al re al i ty! vərch(əw)əl rē alədē!!!! the computer-generated simulation of a three-dimensional image or environment that can be interacted with in a seemingly real or physical way by a person using special electronic equipment, such as a helmet with a screen inside or gloves fitted with sensors.!
3 vpl research!
4 simulation & training! visualization & entertainment! remote control of vehicles, e.g. drones! gaming! robotic surgery! architecture walkthroughs! education! virtual travel! a trip down the rabbit hole!
5 VR at Stanford s Medical School!!!! Lucile Packard Children s Hospital: used to alleviate pain, anxiety for pediatric patients! VR Technology Clinic: applications in psychotherapy, mental health, for people with phantom pain,! help train residents, assist surgeons planning operations,! photo from Stanford Medicine News!
6 National Academy of Engineering! Enhance Virtual Reality is 1 of 14 NAE grand challenges for engineering in the 21 st century! image from NAE!
7 Exciting Engineering Aspects of VR/AR! cloud computing! shared experiences! CPU, GPU! IPU, DPU?! compression, streaming! sensors & imaging! computer vision! images by microsoft, facebook! VR cameras! photonics / waveguides! human perception! displays: visual, auditory, vestibular, haptic,! scene understanding! HCI! applications!
8 image by ray ban! Where We Want It To Be!
9 Personal Computer! e.g. Commodore PET 1983! Laptop! e.g. Apple MacBook! Smartphone! e.g. Google Pixel!???! AR/VR! e.g. Microsoft Hololens!
10 A Brief History of Virtual Reality! Stereoscopes! Wheatstone, Brewster,! VR & AR! Ivan Sutherland! Nintendo! Virtual Boy! VR explosion! Oculus, Sony, HTC, MS,!???! 1838! 1968! 1995! !
11 Ivan Sutherland s HMD! optical see-through AR, including:! displays (2x 1 CRTs)! rendering! head tracking! interaction! model generation! computer graphics! human-computer interaction! I. Sutherland A head-mounted three-dimensional display, Fall Joint Computer Conference 1968!
12 ! Nintendo Virtual Boy! computer graphics & GPUs were not ready yet!! Game: Red Alarm!!
13 Where we are now! IFIXIT teardown!
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15 electronic / digital! 1968! HCI / haptics! 1980s! low cost, high-res, low-latency! 2000s!
16 Virtual Image! Problems:!! fixed focal plane! d! no focus cues! d! f! cannot drive accommodation with rendering!! 1 d + 1 d ' = 1 f
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23 Augmented Reality!! (not really covered in this class, but closely related)!
24 Pepper s Ghost 1862!
25 Google Glass!
26 Google Glass!
27 Meta 2! larger field of view (90 deg) than Glass! also larger device form factor!
28 Microsoft HoloLens!
29 Microsoft HoloLens! diffraction grating! small FOV (30x17), but very good image quality!
30 Zeiss Smart Optics! great device form factor! polycarbonate light guide easy to manufacture and robust! smaller field of view (17 deg)!
31 Sony IMX-001! also great form factor! small FOV (9x6 deg)! monochrome!
32 Video AR: ARCore, ARKit, ARToolKit,!
33 EE267 Instructors! Gordon Wetzstein! Robert Konrad! Hayato Ikoma! Marcus Pan! Assistant Professor of EE/CS! Research Assistants and EE267 VR experts!
34 About EE 267! experimental class, taught for the 3rd time (help us improve it!)! lectures + assignments = one big project build your own VR HMD! all hardware provided, but must return at the end! enrollment limited, because it s a lab-based class and we only have limited hardware kits! will be offered again, but come to class, hand in hw if you are on waitlist!
35 About EE Goals! understand fundamental concepts of VR and Computer Graphics! implement software + hardware of a head mounted display! learn basic WebGL/JavaScript and Arduino programming! build your own HMD!
36 VRduino! HDMI Cable! HMD Housing & Lenses! IMU &! Teensy! Vibration Motors! 6 LCD & HDMI Driver Board! Flex Sensors! 2x USB Cable!
37 HMD Housing and Lenses! View-Master VR Starter Kit ($15-20) or Deluxe VR Viewer ($23)! implements Google Cardboard 1.0/2.0! very durable protect flimsy LCDs! may need to drill additional holes!
38 Display! Topfoison LCDs:! 1080p - $90! 1440p (2K) - $100! HDMI driver boards included! super easy to use as external monitor on desktop or laptop!
39 VRduino! Arduino-based open source platform for:! orientation tracking! positional tracking! interfacing with other IO devices! custom-design for EE 267 by Keenan Molner! all HW-related files on course website!
40 VRduino! Teensy 3.2 microcontroller (48 MHz, $20) for all processing & IO! InvenSense 9250 IMU (9- DOF, $6) for orientation tracking! Triad photodiodes & precondition circuit ($1) for position tracking with HTC Lighthouse!
41 Some Student Projects - Input Devices! data gloves with flex sensors! different types of controllers with tactile feedback via vibration motors! all connected to VRduino GPIO pins! images from Adafruit.com!
42 About EE 267! all important info here: piazza: (see website)! contact:
43 About EE Prerequisites! strong programming skills required (ideally JavaScript)! do NOT take this course if you have not programmed! basic linear algebra required we will start dreaming in 4x4 matrices! introduction to computer graphics or vision helpful!
44 About EE 267 Lectures & Labs! 2 lectures per week: Mo/Wed 3-4:20 pm, ! 1 lab per week starting in week 1 (do at home, will release writeups with links to online tutorials and other important things)! you will need the skills of the lab to complete the homework, so do the lab first and then start working on the homework!
45 About EE 267 Labs & Assignments! labs and homeworks released every Friday! TA will help you get started in Friday office hours, finish weekly assignment/project on your own! 24h teaching lab access will be provided after first lab à Packard 001!
46 About EE 267 Lab Access! review this website for lab policy: Basic-Lab-Safety! to get ID access, Steven Clark (EE teaching lab manager) your name & Sunet ID number (as well as an acknowledgement that you read the lab policy):
47 ! About EE 267 Office Hours!! Gordon (instructor): Mondays 2-3pm, Packard 236 come talk about projects, VR, course logistics, etc.! Hayato (TA): Tuesdays 9-10:30 am, Packard 001! Marcus (TA): Wednesdays 1:30-3 pm, Packard 001! Robert (TA): Thursdays 4:30-6 pm, Packard 001! come talk about labs, assignments,! TAs: Fridays 10-11:30 am, Packard 001! lab & get started on homework!
48 !! Both versions:! EE 267 3/4 unit version! 6 assignments covering all aspects of VR tech: 2x basic computer graphics, 2x perception+graphics+optics, 2x tracking! 3 Unit version:! long 7 th assignment / short project (2 weeks)! 1-2 page project report! 4 Unit version:! major final project hardware, software, or perceptual experiments! 8 page project report required (more details later)!
49 EE 267W 5 unit WIM version! satisfies writing in the major requirement! only available for undergraduates already enrolled in the 4 unit version! will get extra weekly writing and peer-reviewing assignments + 2 writing / presentation workshops! talk to instructors if you want to do this in first week of class!!
50 ! Requirements and Grading! 6 assignments (teams of 2): 60%! 80 minute in-class midterm: 10%! project (teams of 2): 30%! discuss project ideas with TA & instructor!! final presentation / demos: 6/6/2018 in teaching lab! reports & code due: Thu in finals week, midnight!
51 Course Projects! June 6: project demo + poster session! emphasis is on demo, but some projects are better presented as posters! see poster template on website! celebrate your work and connect with students, faculty, and industry!! may invite many people from industry: Oculus, Google, Magic Leap, Intel, Nvidia, Olympus, Canon,!
52 Course Projects ONLY for 4 unit version! June 8: report + source code due (at midnight)! report = conference paper format 6-8 pages with! abstract! introduction! related work! your thing! results, qualitative and quantitative evaluation! discussion, future work, and conclusion! references! see latex template on website (will be there)!
53 Possible Course Projects! be experimental!! for example:! psycho-physical experiments (e.g. test stereo rendering with color/gray, low-res/high-res, )! build an elaborate virtual environment, e.g. with unity! hardware projects: IMU, positional tracking, eye tracking, haptics,!!
54 Tentative Schedule!
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