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Compilation of multiple-choice examination questions and answers from various academic sessions between 2011 and 2018 addressing core concepts, historical developments, standards, and professional practices in human-computer interaction and related computing fields.
Document type: Examination questions
Format: Multiple-choice questions and answers
Subject area: Human-Computer Interaction (HCI)
Topics covered: Usability, User Interface Design, Ergonomics, Internet History, Computing History, Perception, Human Information Processing
Referenced standards: ISO 9241
Referenced organisations: International Standards Organisation (ISO), CERN, NCSA National Centre for Super Computer Applications
Referenced individuals: Herman Hollerith, Charles Babbage
Examination sessions: Oct/Nov 2011; May/June 2011; 201/1/2012; 201/2/2012; Oct/Nov 2012; Oct/Nov 2013; May/June 2014; Oct/Nov 2014; May/June 2015; Oct/Nov 2015; 201/1/2016; 201/2/2016; May/June 2017; Oct/Nov 2017; 203/1/2018
Educational level: Tertiary education
Language: English
Price: 8 / 10 USD
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aLIGO Front-End Computer Hardware (2011–2018)
Year: 2018
Organization: LIGO Laboratory / LIGO Scientific Collaboration
Document ID: LIGO-T1800302-v1
Author: K. Thorne; R. Bork
Date: June 27, 2018
Institution: California Institute of Technology
Note: Institution Massachusetts Institute of Technology
Related Facilities: LIGO Hanford Observatory; LIGO Livingston Observatory
Subject: Computer hardware for aLIGO control and data acquisition systems
Document Type: Internal working note
System: Advanced LIGO (aLIGO) CDS front-end computers
Hardware Components: Motherboards; processors; PCIe adapters; reflective memory systems
Hardware Vendors: Supermicro; Intel
Processor Families: Intel Xeon X5680; Intel Xeon E5-2690 v2; Intel Xeon E5-1650 v4; Intel Xeon E5-1660 v4; Intel Xeon E5-2660 v3; Intel Xeon E5-2640 v4
Hardware Period Covered: 2011–2018
Computing Environment: Linux real-time control systems
Distribution: LIGO Scientific Collaboration
Graduate Advising Handbook Master of Science in Human-Computer Interaction 2024-2025
Year: 2024-2025
Region / City: Rochester, New York
Topic: Human-Computer Interaction, Graduate Program
Document Type: Handbook
Institution: Rochester Institute of Technology
Author: Not specified
Target Audience: Prospective and current graduate students
Validity Period: 2024-2025 academic year
Approval Date: Not specified
Revision Date: Not specified
Usability and Human-Computer Interaction Concepts Overview
Year: Recent
Field: Human-Computer Interaction / Usability
Document type: Study guide / Question list
Topics covered: Accessibility, memory, visual and auditory systems, sensory receptors, interface design, domain analysis, testing methods, statistical analysis
Intended audience: Students and practitioners in HCI and UX
Key concepts: Primary and secondary users, long-term memory, sensory systems, Fitts’s Law, GOMS, KLM, Schneiderman’s rules, WCAG
Methodologies: Heuristic evaluation, usability metrics, iterative testing, controlled studies, statistical inference
Introduction to Human-Computer Interaction Heuristic Evaluation Report Template
Year: 2008
Type of document: Heuristic Evaluation Template
Subject: Human-Computer Interaction
Prepared by: YOUR NAME
Evaluation target: Name of system being evaluated
Author of evaluated system: Person who created the system being evaluated
Date: MM/DD/YYYY
Document format: Template with tables for recording user feedback, critical incidences, and heuristic analysis
Scope: User interface evaluation
Purpose: Recording and analyzing user test observations for interface improvement
Human-Computer Interaction CS 318 Second Assignment, November 2011
Year: 2011
Institution: Jordan University of Science and Technology
Course: CS 318 Human-Computer Interaction
Type of document: Assignment
Due date: November 3, 2011
Tasks: Device selection, memory experiments, control and display analysis
Target audience: Students of CS 318
Topics: Human-computer interaction, input/output devices, short-term memory, user interface design
Introduction to Human-Computer Interaction Methods
Institution: Hong Kong Community College
Subject Code: SEHH2271
Credit Value: 3
Level: 2
Medium of Instruction: English
Pre-requisites/Co-requisites/Exclusions: Nil
Objectives: Provide students with knowledge of human-computer interaction principles, human characteristics, interface design, and evaluation skills
Intended Learning Outcomes: Describe theoretical issues in HCI, apply design principles, design and evaluate interfaces, analyse problems systematically, generate solutions in groups
Syllabus Topics: Nature of HCI, Evaluation, Human Characteristics, Dialogue Interactions, Design Guidelines, Design of Applications
Teaching/Learning Methodology: Lectures with concepts, mini-cases, exercises; tutorials for practice, presentations, peer learning; coursework activities
Assessment Methods: Continuous Assessment 60%, Final Examination 40%, Total 100%
Student Study Effort: Lecture 26 hours, Tutorial 13 hours, Self-study 54 hours, Continuous Assessment 40 hours, Total 133 hours
References: Preece et al. (2015), Benyon (2013), Lazar et al. (2017), McManus (2014), Shneiderman et al. (2016), Vaughan (2014)
Topics: MultiChoice 2011–2018 Human-Computer