MotionSense is a student-led mobile research platform designed to translate the Random Dot Motion (RDM) paradigm into an accessible, at-home testing solution for individuals with Parkinson's disease. Our goal is to democratize access to validated perceptual research tasks, enabling researchers to collect high-quality data from participants in the comfort of their own homes.
By combining rigorous scientific methodology with modern mobile technology, MotionSense bridges the gap between traditional laboratory research and the practical needs of Parkinson's disease research, particularly in underserved communities across Los Angeles.
🏠 Remote Assessment
Complete tasks from home using any mobile device
⚙️ Adjustable Parameters
Modify coherence, duration, and frequency for personalized testing
🔒 Secure Data
Encrypted backend for storing performance metrics
📊 Research Dashboard
Review participant performance trends and analytics
Random Dot Motion (RDM) Paradigm: The RDM task is a validated measure of visual motion perception that has been extensively studied in neuroscience and psychology research. It assesses how the brain processes visual information and is sensitive to changes in perceptual thresholds.
Parkinson's Disease Application: Research has shown that individuals with Parkinson's disease exhibit altered motion perception. MotionSense leverages this finding to create a non-invasive, objective measure of disease progression and treatment efficacy.
Remote Administration: By bringing this validated task to mobile devices, we enable frequent, long-term monitoring of perceptual function in natural settings, providing richer longitudinal data than traditional laboratory visits.
Collaborating Institutions:
UCLA Parkinson's Specialists and the broader Parkinson's Research Community
MotionSense benefits from guidance and clinical expertise from leading Parkinson's researchers at UCLA. This collaboration ensures our platform remains scientifically rigorous and clinically relevant.
For Participants: Access to cutting-edge research studies from home, contributing to science without travel burden
For Researchers: Increased participant recruitment, longitudinal data collection, and reduced study administration costs
For Science: Better understanding of Parkinson's disease progression and potential new biomarkers for treatment response
For Communities: Equitable access to medical research, particularly for underserved populations in Los Angeles
• Integration with wearable devices for comprehensive motor assessment
• Multi-language support for diverse research communities
• Expansion to additional neurological conditions
• Machine learning-based predictive modeling
• Telehealth integration with clinical providers
• Open-source release for broader scientific adoption