Content area
With the development of digital media technology, the field of visual communication design is shifting toward interactivity, driven by multi-screen integration, touch feedback, and virtual reality. This study explores the role of interactivity in reshaping user-media dynamics, moving away from traditional one-way communication to dynamic, multi-dimensional interaction. Drawing on cognitive psychology and human-computer interaction theory, it analyzes existing interaction models and proposes a modular visual interaction system. Through behavioral path simulations and data verification, the research develops an adaptive and scalable digital interaction design framework. Results show that such a system enhances information comprehension, user immersion, and interface responsiveness, offering valuable insights for digital art and communication design practices.
Details
Adaptability;
Responsiveness;
Human technology relationship;
Mass media effects;
Digital media;
User satisfaction;
Immersive virtual reality;
Information overload;
Human-computer interaction;
Interaction models;
Virtual reality;
Cognition & reasoning;
Innovations;
Cognitive psychology;
Visual communication;
Human-computer interface;
Verification;
Paradigms;
Algorithms;
Psychology;
Technology;
Interpersonal communication;
Telecommunications;
Semantics;
Interfaces;
Psychological theories;
User behavior;
Feedback;
User experience;
Mass media;
Visual fields;
Machine learning;
Artificial intelligence;
Modular systems;
Information technology;
Design;
Communication