Introduction

• HCI Fragmentation

Chapter 1: What’s a Model

• Introduction to Models and Theories in HCI
• Framework: Computer as Human, Human as Computer: Perception-Input, Thinking- Processing, Action- Output
• Human Computer Interaction is Ubiquitous (Hieu Quach)

Chapter 2: Mechanical models: Human as machine, how to make humans more effective/efficient in the workplace?

• Historical Roots
• Mechanical model for the new age (Sivabalan Umapathy)* Predictive (models of performance): Fitts
• Descriptive (how to think about): GOMS
• GOMS and Human Nature
• Fitts' Law in Touch Screen Age (Qing Guo)
• Human Meets Machine - We are the Metaphore
• GOMS may be useful, but is it practical? (Cindy Marinak)
• Perception: Needs biological considerations of human(Israt Ali)
• Can Fitts’ Law be used in modern world? (Rajan S Thangiachalam)
• GOMS and it's unpredictability (Shaun M Broyhill)
• Analysis of GOMS model (Israt Ali)
• Fitts' Law in Entry-Based Systems (Briana Bettin)
• GOMS Useful but Imperfect (Alex Whigham)
• Fitts Law for Cell Phone Keyboards (Sheena Bove)
• The investigation based on a single theory (Fitts' Law) might not help for the success. (Jieun Lee)

Chapter 3: Computer Systems Innovation

• Diffusion Innovation and TAM
• TAM in software updates
• Diffusion as a reliable predictor (Steven Campbell)
• TAM vs. Diffusion at prediction success in enterprise CMS replacement (Richard Lee)
• Criticisms of TAM and Diffusion (Dan Giranda)
• DoI for You and I (Daniel Pardock)
• Diffusion of Innovation - ERP Implementation (Cindy Riley)
• The Economics of TAM (Harold Kevin Glover)
• How intrinsic motivation may factor into TAM (Michael Morgan)
• Diffusion of Innovation - ExactEmerge (Valerie Van Ee)
• TAM - a useful predictor of user adoption (Andrea Mastrosavas)
• Diffusion of Innovation - Adopter categories (CheeKang Tan)
• TAM proponent of perceived intention but not behavioral intention (Thomson Lukose)
• The Pace of Innovation and Adoption Is Changing (Nicholas Sturtz)
• Diffusion of Innovations and the Adoption of Smartphones (Tamara Sutton)
• Diffusion of Innovation for both individuals and businesses (Lawrence Greer)
• Diffusion of Innovations and Technology (Cara MacLaughlin)
• TAM as an Outline in Need of Thoughtful Modifications (Breann Bowe)
• Diffusion of Innovation – Knowledge base adoption (Karen Darko)
• TAM in the Workplace (Jeff Bazer)
• Social Importance of Diffusion (Bethany Burdt)
• Diffusion of Innovations theory too simplistic? (Brian Roller)
• The importance of Perceived Usefulness and Perceived Ease of Use in TAM (Hieu Quach)
• Diffusion of Innovation and Adopters (Jason Ugie)
• Diffusion of Innovation and Transmedia (Karen Doty)
• Critique on Diffusion of Innovation model (Luda Shashua)
• Limitations of the Diffusion of Innovation Model (Meriesa Elliott)
• TAM and Engineering (Sheena Bove)
• Consolidating Diffusion of Innovation and TAM (Hestia Sartika)

Chapter 4: Theories of systems

• Communications and Networks: Shannon and Nyquist
  • Digitizing the World Around Us (Brian Buehler)
  • The Nyquist-Shannon Sampling Theorem (CheeKang Tan)
• Wiener’s Cybernetics
  • Wiener’s Cybernetics: Life Through the Cybernetic Lens
  • Predicable Outcomes
  • Wiener's Cybernetics (Mike Morgan)
  • Sci-Fi in the Not-So-Distant Future? (Daniel Pardock)
  • What is Cybernetics? (Israt Ali)
  • Cybernetics: Not what I thought it meant (Meriesa Elliott)
  • Wiener’s Cybernetics Vs Artificial Intelligence (Rajan S Thangiachalam)
  • Cybernetics: A grand and ambitious theory (Karen Darko)
  • Wiener's Cybernetics and an Ecological-Materialist Approach in Anthropology (Breann Bowe)
  • Cybernetics and Feedback (Alex Whigham)
  • Cybernetics and Systems Theory (Lawrence Greer)
  • Cybernetics in Intelligent Systems (Bethany Burdt)
• Latour ‘s Actor Network Theory
  • The master model (or mind)?
  • Examining System of Systems (Harold Kevin Glover)
  • Electricity in Water (Daphne Mintz)
• Norman’s Affordances
  • The Paradox of Technology
  • Affordances Make the Design
  • Affordances vs Conventions (Natasha Sukhinina)
  • Norman's Affordances (Cindy Marinak)
  • Norman's Affordances - Visibility and the 7 Stages of Action (Cindy Riley)
  • Norman's Affordances and Use in Design (Jeff Bazer)
  • Stages of Action as Design Aids (Tim O'Brien)
  • Affordances and Conceptual Models (Briana Bettin)
  • Norman's Affordances and Mapping (Fei Yang)
  • Norman's Affordances and Principles of Design (Sheena Bove)
  • Norman's Principles of Design (Hieu Quach)
• Kurzweil’s Accelerated Returns
  • Business forecasting with Accelerated Returns
  • Accelerating returns and Singularity (Dan Giranda)
  • Accelerated Returns
  • Accelerating towards Singularity
  • The Law of Accelerating Returns (Brian Finn)
  • Accelerating Returns and Singularity (Thomson Lukose)
  • Reverse engineering the brain (Brian Roller)
  • Kurzweil’s Law of Accelerating Returns – The future will be here faster than we know it (Cara MacLaughlin)
  • Biological and Nonbiological Evolution (Jason Ugie)
  • Understanding Kurzweil's Singularity (Hestia Sartika)
  • Kurzweil & Future of Human Evolution(Karen Doty)
  • The Law of Accelerating Returns - Resistance Is Futile?(Nick Sturtz)
  • Doubting double-exponential growth rate(Luda Shashua)
  • Technology and us - Kurzweil's law of accelerating returns(Jieun Lee)

Chapter 5: Human Centered

• Mental Models
• Information Foraging

Chapter 6: Groups/Systems/Social Focus

• Distributed Cognition and CSCW
  • D.Cog and WikiBooks Tyler Liechty
  • Distributed Cognition and a Macro Focus (Danielle Washburn)
  • dCog : A foundation for interface evaluation ? (Sivabalan UMAPATHY)
  • A mix of CogSci and SocSci (Dan Giranda)
  • Braindfood Through dCog (Eric Andren)
  • D.Cog as Applied to WikiBooks (Chris Vermilya)
  • A Turn to the Social (Nick Sturtz)
  • DCog Analysis of Wikibooks (Valerie Van Ee)
  • WikiBooks as an Example of D.Cog Natasha Sukhinin
  • Communication and Collaboration of Distributed Knowledge (Sara Mikulic)
  • CSCW and DCog (Jason Ugie)
  • Understanding Dis.Cog, CSCW and Its Restriction (Hestia Sartika)
  • Finding right fit between group tasks and software (Luda Shashua)

• Activity Theory
  • We Are Not Only Users (Qing Guo)
  • Intertwined Systems Daniel Gorsuch
  • Increasing Collaborative Transparency Through the Externalization of Discussion (Amara Poolswasdi)
  • A Route of Understanding and Analyzing a Phenomenon - Activity Theory (Steven Campbell)
  • Keeping the Conversation Going (Daniel Pardock)
  • The Active Wiki (Brian Buehler)
  • The Wiki and the Active User (Jeff Bazer)
  • Activity Theory through the use of tool: Wikibook (Rajan S Thanigachalam)
  • Activity Theory and Platforms Like Wikibook (Meriesa Elliott)
  • Is This Technology Helpful? (Brian Roller)
  • Activity Theory and Cultural Artefacts (Briana Bettin)
  • WikiBooks and Social Interaction on the Web (Cara MacLaughlin)
  • Analysis of Wikibook based on activity theory (Fei Yang)
  • WikiBook Contributors, Readers, and the Art of Conversation (Daphne Mintz)
  • Wikibooks and Action Theory, Subject and Object (Karen Doty)

• CMC
  • Problem of undercontribution to online collaborative platform (Wei-Ting Yen)
  • Social Loafing and Collaboration (Zack Stout)
  • Avoiding Social Loafing (Tim O'Brien)
  • Collocated Teams's Wiki Usage (Richard Lee)
  • Social Loafing and WikiBook Collaboration (Brian Finn)
  • CMC and Face-to-Face (Thomson Lukose)
  • Collective Effort and Wikibook (Hieu Quach)
  • Social translucence system and Knowledge Management as a Social Phenomenon (CheeKang Tan)
  • Social Anonymity (Shaun Broyhill)
  • Coordination and Social Loafing (Lawrence Greer)
  • Social Loafing and Distributed Collaboration (Bethany Burdt)
  • Social Psychological Theory and the wiki platform (Tamara Sutton)
  • WiKi book increasing group motivation and nudge social Loafing (Israt Ali)

• CSCW
  • CSCW and the collaborative wiki platform (Andrea Mastrosavas)
  • Input-process-output framework and the collaborative wiki platform (Michael Morgan)
  • Working hard (or hardly working) in a collective wiki effort (Cindy Marinak)
  • A Meta Analysis on WikiBooks and CSCW in Context (Harold Kevin Glover)
  • The Key is a Visual Metric (Cindy Riley)
  • WikiBook Transparency Increases Accountability, Decreases Social Loafing (Karen Darko)
  • CSCW and Wikibook - A Successful Example of Distributed Collaboration (Jessica Ashdown)
  • Easy to Collaborate but Difficult to Coordinate (Breann Bowe)
  • Input-Process-Output Model for Online Collaboration (Alex Whigham)
  • Input-Process-Output Model and Distributed Group Work (Sheena Bove)
  • Wikimedia as a CSCW, and how its transparency influenced group performance (Jieun Lee)

Chapter 7: Design centered

• Participatory Design