Demand Analysis and Application Prospect of 3D Video Fusion Technology in Waterway Traffic Management

Wu, Zhaohui; Wang, Haihua; Ren, Changxing; Deng, Jing; Wu, Xiaobo

doi:10.1007/978-3-030-63784-2_49

Cited by 2 publications

(2 citation statements)

References 6 publications

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“…The governments' and researchers' efforts help improve and support the development of trust and are responsible for the use of neurotechnology, to counter the pernicious effects of the maritime security incidents that can damage HST lives, public trust, and sustainability in the maritime industry (Monteiro et al 2021). An approach for managing these new technologies, to enhance port security, mitigate patrolling fatigue, and proactive patrolling remotely from a control center is an urging approach (Huang et al 2019;Molavi et al 2020;Ramos et al 2019;Wu et al 2020).…”

Section: Neuroscience Further Trends and Breakthroughsmentioning

confidence: 99%

The impact of neurotechnology on maritime port security—hypothetical port

Ibrahim

2022

J Transp Secur

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Maritime port security is a key approach for mitigating threats and vulnerabilities in ports and port facilities. Maritime piracy, armed robbery, terrorism, and disruptive technologies are all growing concerns that pose a significant threat to global trade and destroy key coastal habitats, compounding security situations and increasing pressure on excessive human use. At the same time, upended maritime port security created unprecedented challenges across the maritime sector. This necessitates the development of improved technology solutions to alleviate these burdens. In light of the new technological eras, advances in neuroscience as an interfacing technology allowing direct information exchange between humans and robots hold the potential to improve many industries imperatively. This interfacing technology is enabling bidirectional communication between humans and robots that could be utilized to connect the brain to a neural network for securing the maritime ports for the resilience to support the potential disruptions. This paper presents a descriptiveanalytical approach to demonstrate the advantages that neurotechnology creates to foster deeper recognition of threatening intruders' activities to maritime ports' security. Additionally, the use of advanced technologies for the reduction of the on-scene human element's burden will be addressed.

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Section: Neuroscience Further Trends and Breakthroughsmentioning

confidence: 99%

The impact of neurotechnology on maritime port security—hypothetical port

Ibrahim

2022

J Transp Secur

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“…The digital twin reconstructs the real traffic operation scene of the inland waterway in the virtual space [3] [4], which brings new ideas to the solution of the above problems. The thesis focuses on 3D video fusion-based inland waterway digital twin construction and safety management application methods.…”

Section: Introductionmentioning

confidence: 99%

Research on Digital Twin Construction and Safety Management Application of Inland Waterway Based on 3D Video Fusion

Ren²,

et al. 2021

IEEE Access

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The digital twin can reconstruct the scenes of real traffic operation of inland waterways in the virtual space, giving birth to new ideas for the digital transformation and upgrading of water safety management. Aiming at the problems of video fragmentation, sub-system data separation and untimely emergency response in the current inland waterway safety monitoring, this paper proposes a new method for reconstructing and applying a digital twin of inland waterways based on 3D video fusion which consists of four parts: (1) Combining drone tilt photography and BIM modeling technology to construct a threedimensional scene model of inland waterways; (2) Proposing a multi-channel video three-dimensional registration and rendering method to integrate in real time discrete surveillance videos of different angles of view with three-dimensional scene model to establish the spatial correlation between different video images in the scene; (3) Integration multi-source IoT sensing data to form a scene of digital twin of inland waterways; (4) Based on water safety management requirements and business logic, to develop innovative applications of water safety management based on digital twin scenarios. A certain segment of the Changhu Shen Line was selected for demonstration and application. The application results show that the construction and application of digital twins for inland waterways combined with 3D video reduces the pressure on managers to understand real-time video footage and improves the efficiency of daily monitoring, evidence collection, and emergency response.INDEX TERMS digital twin, inland waterway, safety management, video fusion, safety management, inland waterway, 3D panorama

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Demand Analysis and Application Prospect of 3D Video Fusion Technology in Waterway Traffic Management

Cited by 2 publications

References 6 publications

The impact of neurotechnology on maritime port security—hypothetical port

The impact of neurotechnology on maritime port security—hypothetical port

Research on Digital Twin Construction and Safety Management Application of Inland Waterway Based on 3D Video Fusion

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