W1 - Contributions
W2 - Multimodal Interfaces
W3 - Statistics
W4 - Fitts’ Law
W4 - User Need Statements
W4 - Design
100
An example of this contribution is: “Why you should design mobile interfaces for one thumb over two”
Opinion
100
This modality can either be appearance based or infrared based
Gaze
100
Comparing 2 versions of something to see which is better is an example of this type of testing
A/B Testing
100
This is what you call the pixel where movement begins
Prime pixel
100
It's important to look at user needs as these parts of speech
Verbs
100
These are three variables that can be ordered:
- Value, Hue, Shape, Position, Orientation, Size
Value, Position, Size
200
This is one issue regarding participant data when taking a big data approach to HCI
We cannot get deeper analyses of the data and its meanings
200
Integrating multiple modalities that measure similar data can be described as this type of fusion
Data-level Fusion
200
This hypothesis represents the researcher's actual beliefs
Alternative Hypothesis
H_1
200
A pie menu may be good on the surface according to Fitts' Law, but may have this issue in practical use
They are relatively unused and unfamiliar to users
200
Good user-need statements are [this adjective starting with a]
actionable
200
It is the word that fills in the blank: "Designing for simplicity is a process of ___ , not accretion"
elimination
300
An example of this research contribution is a concept that provides a descriptive vehicle for thought
Theoretical
300
This model describes the combination of modalities at an interaction engine level, with either combined or independent fusion and sequential or synergistic use.
CASE model
300
This is one downside of within-subject design
Carry-over effects OR learning effects
300
The first phase in a mouse movement to a target is known as this, and is fast and relatively rapid
Initial Movement
300
A user-need statement consists of three parts: a user, need and this.
Insight
300
If attention can be focused on one level of the variable, excluding other variables and levels, then we say it has this type of perception
Selective Perception
400
This type of contribution can usually only be done when the field has existed for a few years
Survey
400
The user-machine interaction level can be seen through the CARE model, with these four properties
Complementarity, Assignment, Redundancy, Equivalence
400
Between group design with two or more independent variables is an example of this type of test
Factorial ANOVA
400
The law of the infinite edge states this about the size of a target
Infinite size
400
When a user-need statement is well crafted, these sorts of insights may come about, which could help with prototyping and creating less friction
Metrics of success
400
This test is useful for seeing how apparent the contrasts we've established are
Squint Test
500
HCI Researchers are often put in a position of evangelism or advocacy due to this reason
They must convince developer of the importance of human—centres design
500
Speech/Pen interaction can be an example of this type of fusion
Decision-Level Fusion
500
"How does user satisfaction change over time (1 week, 2 weeks, 1 month) for users using the grid layout in the Booking app?" is an example of this type of ANOVA
One-way Repeated Measure ANOVA
500
This is the index of difficulty (ID) for a button that is 12cm away and 3cm long
3 bits
500
This is the first step to creating a user-need statement
Define the scope
500
The diagram above is an example of these two design principles clashing with each other
Simplicity and Contrast