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Mobile HCI IS 698/800. Spring 2013 Shaun Kane Week 2: Project. Welcome back!. Syllabus review ( v.final ) Finding research papers Project planning. If you missed last class. Read this: http://umbcmobilehci.wordpress.com/2013/01/31/so-you-missed-the-first-class /.
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Mobile HCI IS 698/800 Spring 2013 Shaun Kane Week 2: Project
Welcome back! Syllabus review (v.final) Finding research papers Project planning
If you missed last class Read this: http://umbcmobilehci.wordpress.com/2013/01/31/so-you-missed-the-first-class/
Revisit web site / calendar http://umbcmobilehci.wordpress.com/
Syllabus update Added app presentations (for extra credit) Clarified assignment due dates Posted full assignment descriptions / grading rubrics
Finding research papers Finding good papers to discuss is a key part of this course We’ll spend a few minutes exploring research tools
Starting points • Most useful: The ACM Digital Library: http://dl.acm.org • IEEE XPlore: http://ieeexplore.ieee.org • HCIBib: http://hcibib.org/ • Microsoft Academic Search: http://academic.research.microsoft.com/ • Google Scholar: http://scholar.google.com
Good papers Research papers Focus on HCI and mobile 8-15 pages … if in doubt, ask ahead of time Email 3 candidates Sunday the week before (10 days before); we’ll pick one
Accessing readings off-campus UMBC library article search http://www.umbc.edu/aok/main/index.html See library help guidehttp://aok.lib.umbc.edu/services/remoteaccess.php
Class project • Big part of this course (25%) • Group design project: designing a mobile application to solve a specific problem • Interview potential users • Paper prototyping • Refine design • Present a video demonstrating yourprototype
Project ideas • Choose basic projects as described here • But customize based on your group’s interests • Must be feasible to code (even if you don’t code it) • Shaun projects • Minimal attention texting • Accessible camera • Blind radio • From students: • Art identification
Minimal attention texting • The problem: How can we send and receive messages without looking at the device? • Assume no magic hardware, and no headset • Touch screen, vibration motor, other device sensors • How to input without looking (in the pocket, under the desk) • How to receive useful messages without looking (and no headset)
Accessible photography • Traditional cameras are hard to use for lots of people • Older adults, kids, people with motor impairments: • aiming the camera is hard • hard to take clear pictures • Blind people • Hard to know what’s in the photo • Hard to aim at a target • Pick a group, design a solution
Blind radio • Interesting things are all around us • Some are useful, some are just interesting • Design an audio interface that tells the user about things in the environment • Useful, interesting, and both • Could be useful for blind people, tourists, etc. • Must be safe to use while walking around
Art discovery (from Jen B.) • Camera-based app • Take pictures of art, and learn more about the art • Take pictures of other things in the environment to learn about art • ???
Group finding algorithm • Project ideas on board • Who are you? (pick one) • A hacker • A project manager • A designer • Pick a project • Then, form a group
Group activity Generate some ideas Start working on G1