HCI Design Rules

Question 1

This is achieving goals within constraints

Answer 1

Design

Question 2

This is the purpose of the design we are intending to produce

Answer 2

Goals

Question 3

This is the limitations on the design process by external factors

Answer 3

Constrains

Question 4

This is choosing which goals or constrains can be relaxed so that others can be met.

Answer 4

Trade-off

Question 5

This revolves around the features of an interactive system that allow novice

Question 5

This focuses on usability, execution, and assessment of computer systems.

Answer 5

Human Computer Interaction

Question 6

This talks about Encompasses design, execution, and assessment of computer systems.

Answer 6

Human Computer Interaction

Question 6

This is applicable across various disciplines with computer installations

Answer 6

Human Computer Interaction

Question 7

What are the importance of HCI Design Rules?

Answer 7

1. Address usability consequences of design decisions.
2. Prevent designers from pursuing options leading to unusable systems.
3. Integrates knowledge from psychology, cognitive science, sociology, and computational theory.

Question 8

This is an event where it resulted from misinterpreted signals due to poorly designed control panel.

Answer 8

Three Mile Island Nuclear Accident (1979)

Question 9

This are normative, fostering conformity to core values and approaches

Answer 9

Scientific Disciplines

Question 10

This processes encourage adherence to established norms in research

Answer 10

Peer Review

Question 11

This equips designers with tools for comprehending social contexts and organizing observations

Answer 11

Contextual Inquiry

Question 12

This aids in deriving models for design based primarily on interview data

Answer 12

Contextual Inquiry

Question 13

This is suitable for those lacking the training or time for ethnographic research

Answer 13

Contextual Inquiry

Question 14

This offers methods for designers to transition from controlled laboratory settings to real world scenarios for design inspiration.

Answer 14

Contextual Inquiry

Question 15

This features enabling novice users to understand and attain maximal system performance

Answer 15

Learnability

Question 16

This uses past user knowledge to ease interaction with new systems

Answer 16

Predictability

Question 17

This is where users need to know which actions can be executed for effective interaction

Answer 17

Predictability

Question 18

This enables users to assess the effect of past operations on the current system state

Answer 18

Synthesizability

Question 19

This relies on honest user interface, providing clear feedback about system changes

Answer 19

Synthesizability

Question 20

This utilizes users’ past experiences with other applications, both real-life and computer-based

Answer 20

Familiarity

Question 21

This is where users extend specific interaction behaviors to similar, previously unknown situations

Answer 21

Generalization

Question 22

This is where similarities in behavior across situations or task objectives

Answer 22

Consistency

Question 23

This is the diverse ways users and systems exchange information

Answer 23

Flexibility

Question 24

This is the user initiates actions

Answer 24

User Pre-Emptive

Question 25

This is where the system initiates actions, user responds

Answer 25

System Pre-Emptive

Question 26

It is the ability to support more than one task of the user system dialog interaction at a time.

Answer 26

Multithreading

Question 27

This supports simultaneous communication for separate tasks

Answer 27

Concurrent Multithreading

Question 28

This allows temporal overlap between tasks but restricts communication to one task at a time

Answer 28

Interleaved Multithreading

Question 29

This talks about the ability to transfer control between system and user, enabling system changes and error recovery

Answer 29

Task Migratability

Question 30

This is the equivalent values that can be substituted, enhancing system flexibility

Answer 30

Substitutivity

Question 31

This is about the user/system can modify the user interface for adaptability

Answer 31

Customizability

Question 32

This supports user actions and assesses outcomes

Answer 32

Robustness

Question 33

This allows users to evaluate system state through perceivable interface representation

Answer 33

Observability

Question 34

This allows exploring the system's internal state without modifications

Answer 34

Browsability

Question 35

This suggests words or options based on user input, aiding passive recall

Answer 35

Default

Question 36

This enables navigation through observable states.

Answer 36

Reachability

Question 37

This deals with the duration of observable states.

Answer 37

Persistence

Question 38

This ensures system services support user tasks clearly and comprehensibly

Answer 38

Task Performance

Question 39

This is the System's ability to recover from errors

Answer 39

Recoverability

Question 40

This talks about the forward error recovery navigates from error state to desired state.

Answer 40

Recoverability

Question 41

This is the backward error recovery undoes previous actions to return to a pre-error state

Answer 41

Recoverability

Question 42

This is the short, stable durations for system-user communication

Answer 42

Responsiveness

Question 43

This is the consistent response times essential for user anticipation and understanding

Answer 43

Responsiveness

Question 44

This ensures the system allows users to perform tasks as expected

Answer 44

Task Conformance

Question 45

These are set by national/international bodies to ensure design compliance

Answer 45

Standards

Question 46

What is the focus on usability

Answer 46

Effectiveness, efficiency, and user satisfaction in task accomplishment

Question 47

What are Sneiderman's 8 Golden Rule

Answer 47

1. Strive for consistency. 2. Enable frequent users to use shortcuts. 3. Offer informative feedback. 4. Design dialogs to yield closure. 5. Offer error prevention and simple error handling. 6. Permit easy reversal of actions. 7. Support internal locus of control. 8. Reduce short-term memory load.

Question 48

What is Norman's 7 Principle

Answer 48

1. Use both knowledge in the world and knowledge in the head. 2. Simplify the structure of tasks. 3. Make things visible: bridge the gulfs of Execution and Evaluation. 4. Get the mappings right. 5. Exploit the power of constraints, both natural and artificial. 6. Design for error. 7. When all else fails, standardize.