National Taiwan Ocean University
Key Technologies
Green Energy and Marine
With the rapid advancement of global marine technology and the transition to a low-carbon economy, National Taiwan Ocean University is dedicated to developing smart marine systems, maritime monitoring, and green energy applications. By integrating AI and big data technologies, the university has established "intelligent and precise predictive models" to support the development of sustainable solutions for marine transportation, marine resource management, and marine energy innovation.
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Smart Shipping and Communication
- AI-Based Surface Object Detection Technology
- 5G Smart Maritime Communication
- Smart Port Transportation and Logistics Scheduling (M-ITS)
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Biotechnology Applications and Food Science
- Intelligent Kuroshio Current Power Generation Prediction System
- Wind Farm Performance Forecasting and Offshore Wind Power Regulation
- Smart Management of Hydrogen and Marine Energy Storage Technologies and Low-Carbon Power
- Smart Marine Ecological Monitoring
Precision Aquaculture
The university develops smart aquaculture, precision breeding, and technologies for forecasting aquatic environments. By integrating multi-omics big data, it establishes AI-driven intelligent breeding and predictive models to enhance aquaculture efficiency, food safety, and the sustainable utilization of marine resources.
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Smart Aquaculture and Monitoring
- AI Model for Optimizing Aquaculture Environments
- AI-Based Genomic Precision Breeding Technology
- Intelligent Fish Health Prediction System
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Marine Green Energy Technologies
- Functional Feed and Aquatic Nutrition Enhancement
- Nano-Antibacterial and Smart Cold-Chain Technologies
- Development of Smart Marine Biotechnology Application for Active Compound Extraction and Predictive Modeling Technologies
- Data-Driven Functional Food Design
- AI Prediction Model for Aquatic Product Quality
- AI Analysis of Flavor Composition and Sensory Prediction