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Topic
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Reading
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Project & HW
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Week 1
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Jan 27
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Canceled
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Jan 29
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Introduction
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Week 2
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Feb 3
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A quick overview of the field |
Buxton Ch 1 & 2
MediaBlock [Ullmer et al.
Sigraph'98]
Sensing techniques for
mobile interactions [Hinckley UIST'00]
DataTiles [Rekimoto et
al, CHI'01]
DiamondTouch [Dietz et
al. UIST'02] (Our lab has one such a device)
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Feb 5
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Design
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The perfect brainstorm
(handout from "The art of Innovation" by Tom Kelly)
The designer's stance (handout from "Bringing Design to Software" by Terry
Winograd)
Handout from the "Universal Traveler" by Jim Bagnall |
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Week 3
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Feb 10
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Invited lecture: Ben Schneiderman
Personal medical devices |
Slides
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Feb 12
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Invited lecture: Jaime Montemayor
StoryRooms
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The computer for the twenty-first century. (M.
Weiser, Scientific American Sep 91,
pp. 94-104).
(Online version without pictures)
Some computer science
problems in ubiquitous computing (Mark Weiser)
Tangible bits: Towards
seamless interfaces between people, bits and atoms. [Ishii et a, CHI'97]
Making sense of sensing
systems: Five questions for designers and researchers. [Bellotti et al.
CHI'02] |
Proposal
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Week 4
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Feb 17
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Hardware prototyping (sensor and prototyping) |
Squeeze me, hold me, tilt
me! An exploration of manipulative user interfaces. [Harrison et al.,
CHI'98]
Customizable physical
interfaces for interacting with conventional applications [Greenberg et al.
UIST'02]
Ambient touch: designing
tactile interfaces for handheld devices [Poupyrev et al. UIST'02]
Recommended reading:
SmartSkin: an
infrastructure for freehand manipulation on interactive surfaces [Rekimoto
CHI'02]
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Feb 19
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Scientific method
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"The So-called scientific method" (Henry H. Bauer,
in "Science and its ways of knowing")
"Setting the stage for discovery" (R. S.
Root-Bernstein, in "Science and its ways of knowing")
DPE: chap 1 |
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Week 5
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Feb 24
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Reverse engineering with the MicroScribe
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HW 1: Rhino 3D
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Feb 26
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Taxonomy of input
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Buxton Ch 3 and 4.
The human factors of computer
graphics interaction techniques [Foley et al., IEEE CGA 4(11), 1984]
(handout)
Lexical and Pragmatic
Considerations of Input Structures [Buxton, Computer Graphics 17(1),
1983]
A Semantic Analysis of the Design Space of Input Devices, [Mackinlay et al.,
HCI, 5(2/3) 1990]Recommended reading:
A morphological analysis of the design
space of input devices, [Card et al, TOIS 9(2)] |
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Week 6
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Mar 2
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Using the Rapid prototyping printer |
Look through the printer
manual
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HW2: Reverse engineering
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Mar 4
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Interaction design: the 3 state model
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Three-State Model of Graphical Input [Buxton, INTERACT'90]
Interaction and modeling techniques for desktop two-handed input [Hinckley
et al., UIST'98] |
Bibliography review
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Week 7
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Mar 9
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Ergonomics and human limitation |
Buxton Ch 8.
Human Factors in Engineering and Design (Sanders and McCormick, 7th Ed):
Chap 11 and 12.
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Mar 11
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Experiment design I,
questions
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Earth is spherical (p < 0.05): alternative
methods of statistical inference (Vicente et al)
DPE: chap 2 and chap 3 |
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Week 8
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Mar 16
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Experiment design II |
DPE: chap 4, chap 5 and chap 7
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HW3: 3D printing
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Mar 18
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Experiment design III
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DPE: chap 8, chap 9 and chap 10 |
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Week 9
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Mar 23
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Spring Break |
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Mar 25
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Week 10
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Mar 30
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User model (the HPC, learning) |
Buxton Ch 7
Learning and Menory (J. Anderson): Chap 9
The Psychology of Human-Computer Interaction (Card, Moran and Newell): Chap
2
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Apr 1
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Project presentations
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Methods and design
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Week 11
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Apr 6
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User model (Fitts and Accots) |
Fitts' Law as a Research and
Design Tool in Human-Computer Interaction, [MacKenzie, HCI 7(1) pp.
91-139]
Beyond Fitts' Law: Models
for Trajectory-Based HCI Tasks. [Accot et al. CHI'97]
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Apr 8
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User model (microstructure model)
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The Ergonomics of Computer Pointing Devices
[Douglas et al.] chap 5-6 |
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Week 12
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Apr 13
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User model (The GOMS model) |
HCI Models, Theories, and Frameworks (J.
Carroll, Ed.): Chap 4 (GOMS)
The Psychology of Human Computer Interaction (Card et al.): Chap 8 (KLM) |
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Apr 15
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Representative tasks
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Buxton Ch 9, expect one
handout or paper |
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Week 13
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Apr 20
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Interpreting results I |
DPE: chap 11, DPE: chap 12
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Apr 22
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Project presentations
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Preliminary findings
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Week 14
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Apr 27
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Interpreting results II |
Chap 15 & 16 of Explaining Psychological Statistics by Cohen (handout)
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Apr 29
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Examples from the literature
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Gummi:
a bendable computer [Schwesig et al. CHI'04]
Semantic pointing:
improving target acquisition with control-display ratio adaptation [Blanch
et al. CHI'04] |
Draft for review.
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Week 15
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May 4
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Paper reviews |
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HW 4: paper review
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May 6
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Two handed interactions
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Buxton Ch11,
Toolglass and magic
lenses: the see-through interface [Bier et al. SigGraph 93],
Manual and Cognitive
Benefits of Two-Handed Input: An Experimental Study [Leganchuk et al. ToCHI
5(4)]
Recommended reading:
A taxonomy of see-through
tools [Bier et al. CHI'94] |
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Week 16
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May 11
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Project presentations
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Final presentation
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May 14
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Final exam (10:00am-12:00pm)
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A study in two-handed input
[Buxton et al., CHI'86]
An empirical comparison of
pie vs. linear menus [Callahan et al., CHI'88]
Passive real-world interface props for neurosurgical visualization [Hinckley
et al. CHI'94]
Bricks: laying the foundations for graspable user interfaces [Fitzmaurice et
al. CHI'95]
Cooperative bimanual action [Hinckley et al. CHI'95]
A comparison of three
selection techniques for touchpads [MacKenzie et al. CHI'98]
Manual and gaze input cascaded (MAGIC) pointing [Zhai et al. CHI'99]
Haptic techniques for
media control [Snibbe et al. UIST'01]
The audio notebook: paper
and pen interaction with structured speech [Stifelman et al. CHI'01]
More than dotting the i's
--- foundations for crossing-based interfaces [Accot et al. CHI'03]
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