Human Systems Integration and Design in Port Terminal Concessions: A Bibliometric Study of End – of – Life Management and Decommissioning Guidelines
Abstract
This paper addresses the complexities in managing port terminal concessions, focusing on the final asset compensation sub – phase during the pre – biding phase, a critical yet under – researched area in maritime academic literature. The employment of bibliometric analysis revealed four key clusters: (1) Sustainable Concession Strategies in Port Management; (2) Evolving Governance Models in Port Concessions; (3) Sensor – Driven End – of – Life Management in Supply Chains; and (4) End – of – Life Recovery Strategies in Manufacturing Systems. Sixteen decommissioning guidelines are developed: (1) The first eight focus on organizational structures and human factors to establish a structured approach; and (2) The second eight centre on technical integration for enhancing end – of – life management. These guidelines align with Human Systems Integration and Design (HSID) principles to clarify decommissioning and asset recovery processes. The paper highlights the need for early planning and consistent compensation approaches in terminal concession agreements and emphasizes future research to explore the application of HSID in different regional and economic contexts.
Keywords: Port Terminal Concessions, End, of, Life Management, Human Systems Integration and Design (HSID), Decommissioning Strategies, Bibliometric Analysis
DOI: 10.54941/ahfe1005807
Cite this paper
More from this volume
- Concept and development of a user interface for human-robot collaboration during a safety briefing
- User-centered design of professional social service robots
- State-of-the-art in human-centric studies of AI-enhanced situational awareness within the security domain
- Humans and AI writing lectures together
- Digital Networking for Economic Growth: Interactions Between Natural and Artificial Intelligence
- Dynamic Alarm Information Presentation Strategy under the Influence of Dynamic Elements in Smart Factory.
- Development of Techniques for Measuring Lower Limb Flexibility in the Elderly
- Real-Time Cognitive Tools for Space Systems
- Analysis of experimental consensus-building tasks with evaluation indices
- An Action Recognition Method based on 3D Feature Fusion
- The effect of Hue difference in vibration environment on the cognitive performance of aircraft HUD Interface for pilots
- Human Intelligence and Artificial Intelligence Interaction in Start-Up Enterprise


AHFE Open Access