Conference Tracks - ASDM HUB 2025

The ASDM HUB 2025 conference will explore cutting-edge research and applications of Neutrosophic Theory across a broad range of industries and disciplines. The conference tracks are designed to foster interdisciplinary collaboration, address global challenges, and drive the future of applied decision-making in complex systems. Below are the key topics to be covered:

1. Neutrosophic Challenges in Artificial Intelligence (AI) and Human-Level Complexity
   Explore how Neutrosophic logic can tackle the complexities of human behavior and decision-making in AI systems, addressing uncertainty in complex environments.

    

2. Neutrosophic Human-Computer Interaction and Emerging Technologies
   Delve into the use of Neutrosophic models to improve user interfaces and interaction accuracy in uncertain and evolving technological environments.

    

3. Neutrosophic Decision-Making in Project and Operations Management
   Examine how Neutrosophic systems help manage projects and operations with multiple contradictory and uncertain variables, ensuring optimal outcomes.

    

4. Human Intellectual Capital and Knowledge Management using Neutrosophic Models
   Understand how Neutrosophic models can manage intellectual capital and knowledge, especially in environments with subjectivity and uncertainty.

    

5. Neutrosophic Product Evaluation and Quality Control
   Study the use of Neutrosophic criteria to evaluate product quality in complex, subjective, and uncertain contexts, improving quality control systems.

    

6. Neutrosophic Models in Health Informatics and Biomedical Engineering
   Discover how Neutrosophic theory can enhance biomedical data analysis and improve diagnostic precision in the healthcare sector.

    

7. Neutrosophic Decision-Making for Human-Centered Metaverse and Digital Environments
   Investigate the application of Neutrosophic approaches to creating adaptive, user-centric digital and metaverse environments.

    

8. Sustainable Design Using Neutrosophic Optimization in Infrastructure and Urban Planning
   Learn about Neutrosophic optimization techniques to make balanced, sustainable decisions in infrastructure and urban planning.

    

9. Neutrosophic Decision-Making in Sustainable Architectural Design
   Focus on multi-criteria decision-making in architectural design under uncertainty, promoting sustainable development practices.

    

10. Neutrosophic Aerospace Systems and Sustainability Applications
    Explore how Neutrosophic models are applied in aerospace systems to ensure sustainability in high-tech industries.

     

11. Neutrosophic Technology and Digital Media Innovation
    Examine how Neutrosophic criteria help manage ambiguity and subjectivity in digital media and creative technology applications.

     

12. Social Computing and Neutrosophic Artificial Intelligence
    Discover the use of Neutrosophic AI in analyzing large-scale social and cultural data, overcoming uncertainties in social computing.

     

13. Neutrosophic Human Factors in Wearable Technologies
    Investigate the use of Neutrosophic analysis to assess comfort, ergonomics, and functionality in wearable technology.

     

14. Neutrosophic Modeling in Usability and User Experience
    Explore Neutrosophic models for measuring user experience, specifically acceptance under uncertain conditions.

     

15. Additive Manufacturing and Neutrosophic 3D Prototyping
    Learn how Neutrosophic criteria are applied to additive manufacturing and 3D prototyping to manage errors and optimize production processes.

     

16. Neutrosophic Safety Management in Advanced Manufacturing
    Study how Neutrosophic models improve safety management in complex industrial processes, anticipating potential failures.

     

17. Human Factors in Cybersecurity with Neutrosophic Models
    Explore the application of Neutrosophic systems to assess and mitigate cybersecurity risks under uncertain and evolving threats.

     

18. Neutrosophic Sports Science and Injury Prevention
    Understand how Neutrosophic models predict sports injuries and evaluate injury prevention strategies in uncertain conditions.

     

19. Neutrosophic Education and Training
    Discover how Neutrosophic approaches are used in educational and training programs to manage variability and subjectivity in performance evaluations

     

20. Neutrosophic Decision-Making in Transportation Systems

Learn how Neutrosophic theories optimize routes, safety, and logistics in transportation systems under uncertainty.