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ID:
190196
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| Summary/Abstract |
Sea-based unmanned crafts are increasingly being used by navies across the globe because of their utility and multi-mission capabilities. The future of naval warfare will be driven by unmanned systems thereby reducing the risk to human lives. This article explores the sea-based unmanned crafts that includes a survey of Unmanned Surface Vehicles (USVs) and Unmanned Underwater Vehicles (UUVs) for military use. It includes a description of sea-based unmanned crafts, the present doctrines and standards, technology advancements and applications. This work presents the challenges and legal issues in deploying such technologies, global developments with their typical applications and the prospects of their applicability. In the future, it is believed that with the imminent fusion of the military–civil and the academia, unmanned systems will be used widely in civil and military matters.
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| 2 |
ID:
193567
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| Summary/Abstract |
This article presents the various challenges in the current system of AI governance and the correlation between data, algorithm, technology, governance, and geopolitics surrounding its successful implementation. The focal point of the article is the Adaptive-Hybrid AI Governance framework based on technical, ethical, and societal regulatory mechanisms that models trustworthy AI and the risks associated with it. The article highlights the need for trustworthy AI and how major countries are shaping their AI regulatory mechanisms. It presents a case study on AI governance in defence that elucidates ethical AI governance through various use cases.
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