Difference between revisions of "CSE190S2017Video"

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(Created page with "==Video Presentation== Each student must give a ~5 minute presentation on a current (less than 12 months old) video on an interesting topic around '''VR displays''' that is a...")
 
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==Video Presentation==
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==Presentation==
  
Each student must give a ~5 minute presentation on a current (less than 12 months old) video on an interesting topic around '''VR displays''' that is available on line through a web link (e.g., Youtube).
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Each student must give a 5-10 minute presentation on a VR app for smartphones and a VR video.
  
Video title and URL need to be entered into the wiki page on TritonEd, for the date you want to do your presentation on. You need to enter your presentation date by '''Sunday, April 16th, 11:59pm'''. You can add or change the video after this deadline.
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App and video URL need to be entered into the wiki page on TritonEd, for the date you want to do your presentation on. You need to enter your presentation date by '''Monday, April 10th, 11:59pm'''. You can add or change the URLs after this deadline. And you can change the date as long as time slots are available. There are 5 time slots on each lecture day.
  
You don't need to prepare slides or bring a computer (but you can). The instructor will play your video from his laptop, with the audio muted. You need to talk over the video explaining what is shown. It may be helpful to bring a notes sheet to use during the presentation. While the video plays you can request jumps to specific times in the video, or to pause the video. When the video ends, the instructor can start it over for you.
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You don't need to prepare slides or bring a computer (but you can). For the app, the instructor will open its page in the app store. The instructor will play your video from his laptop, with the audio muted. You need to talk over the video explaining what is shown, and how the video was created. Both app and video need to run on your phone in the MergeVR viewer, or a different one you provide (eg, Gear VR, Daydream).
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It may be helpful to bring a notes sheet to use during the presentation. While the video plays you can request jumps to specific times in the video, or to pause the video. When the video ends, the instructor can start it over for you.
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If you don't have a phone to run app and video on and you can't borrow one, please contact the instructor.
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Merge VR viewers can be borrowed at no charge from the [http://acms.ucsd.edu/students/medialab/equipment/index.html Media Teaching Lab]. They have about 40 units, so please return your viewer after your presentation date.
  
 
===Grading===
 
===Grading===
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Your presentation counts 5% of your grade for the class.
 
Your presentation counts 5% of your grade for the class.
  
Each of the following things gets graded for satisfactory (1 point) or unsatisfactory (0 points), for a maximum of 5 points.
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The score of your presentation consists of the following components:
 
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* Timely scheduling of presentation on wiki.
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* The presenter's level of preparation for the presentation.
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* The relevance of the video for the course's topic of 3D user interfaces.
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* The performance: ability to convey the content of the video to the class.
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* Q&A: The ability to answer simple questions about the video.
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===Helpful Questions to Ask Yourself===
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* Timely scheduling of presentation date on wiki: 10%
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* The relevance of app and video for the course: 20%
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* The presenter's level of preparation for the presentation: 20%
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* The quality of the presentation to the class: 20%
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* The ability to run both of them on the VR viewer: 20%
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* The presenter's ability to answer questions about app and video after the presentation (Q&A): 10%
  
These may help you prepare for your presentation, but not all need to be relevant for the video you picked.
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===Suggestions For Things to Discuss===
  
* Why did you choose this particular video?
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VR App:
* What did the author(s) of the video study? What issue about this topic were the author(s) trying to better understand?
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* What does the app do?
* Why do we care about this topic?
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* Why did you choose it?
* What methods did the author(s) use? Why are these methods suited to better understand the problem at hand?
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* What platforms does it run on?
* What are the main conclusions from the video?
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* What do you like about the app?
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* What don't you like about the app?
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* What could the programmer have done better?
  
===How to Find a Suitable Video===
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VR Video:
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* What does the video show? What is its purpose?
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* Live action or computer generated?
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* Why did you choose the video?
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* How was the video shot (type of camera, number of cameras/lenses, stereo/mono, stitching, streaming)
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* What could have been done better (stitching, camera motion, camera placement)?
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* What do you conclude from the video?
  
Youtube has an excellent search function, which you can use to search for the following terms to get started.
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===How to Find a Suitable App and Video===
  
* 3D UI and related conferences such as: IEEE VR, IEEE 3DUI, ACM SIGCHI, ACM VRST, ACM SIGGRAPH, ACM SIGGRAPH ASIA, CES
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* App and video need to be able to run in stereo mode, i.e., render separately for each eye, so that they can be viewed with a VR viewer.
* Kickstarter projects
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* Both need to support head orientation changes so that the viewer can see the scene around them by turning their head.
* Engadget articles
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* The above criteria are satisfied by most material found by searching for VR in app store or Youtube.
* VR games and other applications in the Oculus or Steam stores
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* Virtual Reality and Augmented Reality
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Revision as of 08:01, 4 April 2017

Contents

Presentation

Each student must give a 5-10 minute presentation on a VR app for smartphones and a VR video.

App and video URL need to be entered into the wiki page on TritonEd, for the date you want to do your presentation on. You need to enter your presentation date by Monday, April 10th, 11:59pm. You can add or change the URLs after this deadline. And you can change the date as long as time slots are available. There are 5 time slots on each lecture day.

You don't need to prepare slides or bring a computer (but you can). For the app, the instructor will open its page in the app store. The instructor will play your video from his laptop, with the audio muted. You need to talk over the video explaining what is shown, and how the video was created. Both app and video need to run on your phone in the MergeVR viewer, or a different one you provide (eg, Gear VR, Daydream).

It may be helpful to bring a notes sheet to use during the presentation. While the video plays you can request jumps to specific times in the video, or to pause the video. When the video ends, the instructor can start it over for you.

If you don't have a phone to run app and video on and you can't borrow one, please contact the instructor.

Merge VR viewers can be borrowed at no charge from the Media Teaching Lab. They have about 40 units, so please return your viewer after your presentation date.

Grading

Your presentation counts 5% of your grade for the class.

The score of your presentation consists of the following components:

  • Timely scheduling of presentation date on wiki: 10%
  • The relevance of app and video for the course: 20%
  • The presenter's level of preparation for the presentation: 20%
  • The quality of the presentation to the class: 20%
  • The ability to run both of them on the VR viewer: 20%
  • The presenter's ability to answer questions about app and video after the presentation (Q&A): 10%

Suggestions For Things to Discuss

VR App:

  • What does the app do?
  • Why did you choose it?
  • What platforms does it run on?
  • What do you like about the app?
  • What don't you like about the app?
  • What could the programmer have done better?

VR Video:

  • What does the video show? What is its purpose?
  • Live action or computer generated?
  • Why did you choose the video?
  • How was the video shot (type of camera, number of cameras/lenses, stereo/mono, stitching, streaming)
  • What could have been done better (stitching, camera motion, camera placement)?
  • What do you conclude from the video?

How to Find a Suitable App and Video

  • App and video need to be able to run in stereo mode, i.e., render separately for each eye, so that they can be viewed with a VR viewer.
  • Both need to support head orientation changes so that the viewer can see the scene around them by turning their head.
  • The above criteria are satisfied by most material found by searching for VR in app store or Youtube.