AI Ecosystem Model

Innovative research design for deep-sea ecosystems using adaptive management and collaborative learning frameworks.

AI Adaptation

Developing a model for simulating deep-sea ecosystem characteristics.

A vibrant underwater scene depicting a thriving coral reef ecosystem with various types of corals. Small dark-colored fish swim gracefully among the corals, creating a dynamic, lively atmosphere. The clear blue water provides excellent visibility, highlighting the rich textures and intricate structures of the marine life.

Adaptive Management

Creating tools for resource scheduling inspired by ecosystem balance principles and implementing performance regulation mechanisms for sustainable management.

A vibrant underwater scene featuring various species of fish swimming among tall strands of kelp. The water is illuminated by natural light, highlighting the shades of green and blue in the seaweed. Bright orange and silver fish are scattered throughout, creating a lively and dynamic composition.

Chemonet Integration

Integrating the AI adaptation model into practical applications for enhanced ecosystem management and resource optimization strategies.

Innovative Research in Ecosystem Adaptation

Our mission is to develop advanced AI models that enhance understanding and management of deep-sea ecosystems through innovative resource allocation and collaborative learning frameworks.

A vibrant tide pool scene featuring a central green sea anemone surrounded by various types of marine life. The background consists of rich brown and maroon algae interspersed with barnacles and small shells, providing a diverse and textured environment.

Our Research Phases

Adaptive Management Tools

We focus on creating adaptive management tools that utilize ecosystem principles to optimize resource scheduling and performance regulation, ensuring sustainability and balance within deep-sea environments.