Taiwan AICoE - 臺灣人工智慧卓越中心

Next-Generation Pioneering Artificial Intelligence Research Program (2025)

Crisis-Aware Medical AI: From Foundational Intelligence to Lightweight Deployment

Toward 2030: An Interdisciplinary Taskforce for Medical Sovereignty and Digital Twin

An Interactive Language Learning AI Platform for the Taiwanese Context: Multimodal Technology Development with a Focus on Educational Applications

Cross-Domain Multimodal AI Technologies and Platforms for Next-Generation Smart Manufacturing Applications

Towards Real-World Deployment of Agentic AI Technologies

Shennong Agriculture Intelligent Agent

Development of Lightweight Intelligent Agents with Local Adaptation and Sustainability: An Integrated Framework from Multimodal Language Models to Edge Deployment

A Secure and Privacy-Enhanced Domestic Smart Healthcare Platform: Advancing Innovative Elderly Care Through Cross-Reality and AI Integration

Next-Generation Human-Centered Multimodal AI Agents with Verifiability, Controllability, and Inclusiveness

Development of Industry Foundation Models and Enabling AIoT Technologies for Smart Manufacturing

A Hierarchically Collaborative Autonomous AI Agent Framework for Multimodal Intelligent Pathology Analysis

An Intelligent Home HealthCare Robot Design Based on Multimodal Large-Language Models for the Elderly

Developing Intelligent Health Agents to Drive a Paradigm Shift in Healthcare

Next-Generation AI Agents for Socio-Agentic Collaboration

Integrating External Knowledge and Physically-Grounded Multimodal World Models for Multi-Agent Robotic Control

Embodied Intelligence from Multimodal Reasoning for Spatial-Temporal Understanding, Alignment, Self-Reflection and Embodied Reasoning

Trustworthy and Generative Large Language Models

Medical Model Beyond Scaling: A Modular Foundation Model Framework for Data-Efficient and Trustworthy Medical Imaging

Sparse Operations for Large-Language Models and Other Machine Learning Methods

The Study on Enhancing the Creativity of Large Language Models through Reflective Learning and Hallucination Analysis

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