NODE_ID: 77-ALPHA-4
PROJECT://HCI_RESEARCH
VR_RHYTHM_SENSE
DATE: 2025-01
STATUS: DEPLOYED
refresh
ENGINE: UNITY // VR
TECHNICAL_SPECS
TECH_1
VR
TECH_2
UNITY
TECH_3
AUDIO ANALYSIS
TECH_4
HCI
TECH_5
USER RESEARCH
MISSION_DETAILS
Overview
Developed a music rhythm perception VR game prototype as part of academic research at the University of Nottingham. The project implements real-time audio analysis to visualize the correlation between music rhythm and human body movement in virtual space, while recording interaction data to support research.
Research Methodology
- Conducted multi-dimensional user research including observation, questionnaires, and interviews
- Preliminarily revealed six paradigms of human rhythmic perception and computer interaction
- Provided foundational support for subsequent HCI research directions
Technical Specs
| Component | Technology |
|---|---|
| Platform | VR (Unity) |
| Audio | Real-time frequency analysis |
| Data | Interaction logging + visualization |
| Research | Mixed methods (Observation, Survey, Interview) |
Key Findings
- Identified 6 paradigms linking human rhythmic perception to computational interaction
- Real-time audio-visual feedback significantly enhances rhythmic awareness in VR
- Interaction data collection framework applicable to broader HCI rhythm studies
VR_RHYTHM_SENSE_LOGS