International Collaboration
Building a global network for responsible artificial consciousness research.
Global Research Network
WAAC collaborates with over 100 institutions worldwide, facilitating cross-border research transitions from theory to engineering.
Ethics & Standards
Our international standardization committee works with ISO/IEEE to define the first benchmarking protocols for consciousness in AI.
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Artificial Consciousness & Neuromorphic Intelligence Studies
Investigating the Neural Mechanisms of Embodied Intelligence and Brain-Inspired Computing Integrated with the DIKWP Model
Research Report on Brain-Inspired Large Models Based on the DIKWP Model and Artificial Consciousness Theory
Design and Implementation of a Brain-Inspired Computing Fundamental Software Platform Based on the DIKWP Model and Artificial Consciousness Theory
Research on Brain-Inspired Social Intelligence Algorithms for Multi-Agent Interaction and DIKWP Systems
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Neural Disorder Mechanisms and Therapeutic Intervention Research
Report on the Neurological Mechanisms of Autism and Gene Editing Therapeutics Integrated with the DIKWP Model
Early Assessment, Monitoring, and Intervention Research on Alzheimerās Disease Based on the DIKWP Model and Artificial Consciousness Systems
DIKWP Analysis of the Pathogenic Mechanisms of Mental Disorders and Innovations in Diagnosis and Treatment
DIKWP Analysis of the Pathogenic Mechanisms of Neurodegenerative Diseases with Movement Disorders and Innovations in Diagnosis and Treatment
Proactive Medical Research and Intervention System Development for Neurological Disorders with Movement Impairments Based on the DIKWP Model
Research on the Mechanisms and Diagnostic-Treatment Strategies of Brain Developmental Disorders Based on the DIKWP Model and Artificial Consciousness Theory
Research on the Mechanisms of Neurodegenerative Cognitive Disorders and Consciousness-Like Diagnostic and Therapeutic Strategies Based on the DIKWP Model
DIKWP Research on the Consciousness Mechanisms and Interventional Treatments of Sleep Disorders
Research on the Neural Mechanisms of Addiction Using DIKWP Artificial Consciousness Analysis and Intervention Strategies
Research on the Neural Mechanisms of Sensory Disorders and Intervention Strategies Based on the Artificial Consciousness DIKWP Model
Research on Sleep-Wake Regulation Mechanisms and Digital Therapeutics for Insomnia Based on the DIKWP Model and Artificial Consciousness
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Neural Interface and Brain-Computer Fusion Technology Research
Research on Spinal Cord-Peripheral Nerve Interface Modulation and Rehabilitation Based on the DIKWP Model and Artificial Consciousness Systems
Research on High Spatiotemporal Resolution Brain-Computer Interfaces Based on the DIKWP Artificial Consciousness Model
Research on a Closed-Loop Artificial Consciousness Neural Interface System Based on DIKWP
Research on Neural Encoding and Decoding Mechanisms and High-Precision Brain-Controlled Systems Based on the DIKWP Model and Artificial Consciousness
Research on Brain-Computer Integration and Remodeling Mechanisms of Parkinsonās Disease Based on the Artificial Consciousness DIKWP Model
Research on Multimodal Brain Signal Recording and Cognitive Interaction Systems Based on the DIKWP Model and Artificial Consciousness
Research on Brain-Inspired Multimodal Tactile Chips and Sensory Control Systems Based on the DIKWP Model and Artificial Consciousness
Research on the Plasticity Mechanisms of Brain-Computer Interfaces Based on the DIKWP Artificial Consciousness Model
āļø Brain-Body Interaction and Somatosensory Processing Research
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Active Medical and Smart Service Systems
Development and Demonstration of a Proactive Medical Intelligent Semantic Integration Health Intervention System for Middle-Aged and Elderly Populations
Proactive Medical Intelligent Service System for Smart Healthcare Solutions
Purpose-Driven and Cognitive Feedback-Based Artificial Consciousness Service System
Patent Proposal for an Intelligent Warning System on Criminal Risk and Psychological Correction Based on the DIKWP Model
Comprehensive Smart Prison Management Solution Based on DIKWP and Artificial Consciousness Principles
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