Linked from

The 71 pages that link to Human–computer interaction, each with the reason it gives.

• PerceptionRelated: Interface design depends on how users perceive controls, feedback, and visual structure.

• Participant observationRelated: Observation in use reveals how people adapt technologies within real activities.

• AutomationCompared with: Automation reduces direct interaction, whereas interface design shapes it.

• Graphic designCompared with: It addresses interaction and system behavior beyond the visual layer graphic design often shapes.

• Assistive technologyRelated: Interaction design shapes how effectively users operate assistive software.

• Visual perceptionRelated: Interface design depends on how people notice and interpret visual elements.

• Cognitive psychologyRelated: Cognitive limits inform interfaces that people can understand and use.

• Turn-takingNarrower topic: Voice interfaces must detect when a person has finished speaking or expects a response.

• AffordanceNarrower topic: Interface designers use affordance concepts to explain how visual elements suggest or enable actions.

• Graphical user interfaceNarrower topic: GUIs became a defining subject and practical setting for this broader field.

• TouchscreenNarrower topic: Touchscreens make interface design depend directly on physical gestures and screen layout.

• Cognitive scienceRelated: Knowledge of attention, memory, and decision-making informs usable interface design.

• Computer-mediated communicationCompared with: It focuses on human-system interaction, whereas this concept concerns communication between people.

• Flow (psychology)Related: Interface clarity and responsive feedback can help users remain immersed in tasks.

• Web designNarrower topic: It provides broader models for understanding how people use websites and interfaces.

• GazeRelated: Gaze can serve as an input method and reveal interface attention.

• Software engineeringRelated: Usability and accessibility determine whether engineered functionality works for its intended users.

• Usability testingNarrower topic: Usability testing draws on this field’s methods for studying interaction.

• User interface designNarrower topic: Interface design is one practical part of this broader field.

• Participatory designNarrower topic: Participatory design became a prominent approach within this broader design and research field.

• Wearable technologyNarrower topic: Wearable interfaces must fit into movement, attention, and daily routines.

• CognitionRelated: Designers use cognitive findings to make interfaces easier to perceive and operate.

• Computer mouseNarrower topic: Mouse design shapes how people issue commands through graphical interfaces.

• Recommender systemNarrower topic: Interface choices determine how recommendations are explained, controlled, and acted upon.

• User interfaceNarrower topic: User interfaces are a central subject of this broader discipline.

• Brain–computer interfaceNarrower topic: Brain interfaces are one interaction approach among touch, speech, and other input methods.

• Game controllerNarrower topic: Controller layout is an interface-design problem shaped by human movement and perception.

• Voice user interfaceNarrower topic: Voice interfaces are one way people communicate with interactive systems.

• Human factors engineeringRelated: Interface design applies human factors principles to how people perceive, interpret, and control digital systems.

• Ivan SutherlandRelated: Sketchpad demonstrated direct interaction with graphical objects rather than only typed commands.

• Information designNarrower topic: Digital information design often depends on how interfaces support user action.

• Interactive artNarrower topic: Interactive artworks use its methods to make audience actions legible to machines.

• Explainable artificial intelligenceNarrower topic: Explanations must be designed for human interpretation and decision-making, not only mathematical fidelity.

• Interaction designNarrower topic: It is the broader research field that includes interaction design practice.

• EmbodimentRelated: Embodied interaction explains why posture, gesture, and physical setting matter in interface design.

• KinesicsRelated: Gesture and posture can serve as input signals or shape how interfaces interpret users.

• Latency (engineering)Narrower topic: Input-to-display delay affects how direct and controllable an interface feels.

• Information scienceRelated: It informs the design of information systems around human tasks and behavior.

• User experience designNarrower topic: UX design draws on this broader discipline’s methods and models.

• Computer artRelated: Interactive computer artworks turn interface design into part of the artistic experience.

• Input deviceNarrower topic: Input devices are one side of the interaction between people and computers.

• J. C. R. LickliderNarrower topic: Licklider’s emphasis on interactive partnership helped shape this broader field.

• Computer-supported cooperative workNarrower topic: HCI is a broader field; CSCW gives particular attention to interaction among people through technology.

• Decision support systemRelated: Interface design affects whether evidence is understood and used appropriately.

• Video game accessibilityNarrower topic: Its methods help assess whether game interfaces are usable and understandable.

• Information systemRelated: Interfaces shape how people enter, retrieve, and act on system information.

• Input/outputNarrower topic: I/O devices mediate the signals through which people interact with computers.

• New media artRelated: Its principles shape how participants encounter responsive artworks.

• Output deviceRelated: Output devices shape how systems communicate results to people.

• Pointing deviceNarrower topic: Pointing devices are physical channels through which people interact with computers.