As the complexity of the maritime application environment increases, the traditional fleet-based application system relying solely on manned ship is inadequate to meet growing demands. To address this issue, the collaborative application between ship-borne unmanned aerial vehicles (UAVs) and manned ships is necessary. However, as the degree of intelligence of ship-borne UAVs cannot make decisions fully by itself, an effective ship-aircraft cooperative decision-making architecture mechanism is required. This paper proposes a collaborative decision-making mechanism and organization based on the strategy-tactics-mission architecture to enable effective ship-aircraft cooperative decision-making in modern maritime ship-aircraft cooperative application. This paper clarifies the concept of modern maritime ship-aircraft cooperative decision-making and analyzes the objectives and demands of this approach based on intention, environment, and objectives. Based on these requirements, a collaborative decision-making mechanism and organization are established using a strategy-tactics-mission architecture. A collaborative decision-making goal system is proposed, and a collaborative decision-making phase is divided into unilateral and multilateral decision-making processes. A collaborative operational decision-making model mechanism is constructed, which includes both the unilateral and multilateral decision-making processes. Finally, a typical maritime multi-ship aircraft collaborative scenario is established based on the proposed collaborative decision-making mechanism. The paper models the six stages of collaborative decision-making based on the strategy-tactics-mission framework, including both the unilateral and multilateral collaborative decision-making processes between ship-borne UAVs and manned ships.


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    Title :

    Cooperative Organization and Application Mechanism Based on Intention Environment Target for Maritime Ship-Aircraft Cooperation


    Additional title:

    Lect. Notes Electrical Eng.


    Contributors:
    Jing, Zhongliang (editor) / Zhan, Xingqun (editor) / Wang, Jingshi (author) / Zou, Zehua (author) / Wang, Miao (author) / Wang, Guoqing (author)

    Conference:

    International Conference on Aerospace System Science and Engineering ; 2023 ; Shanghai, China July 06, 2023 - July 07, 2023



    Publication date :

    2024-02-13


    Size :

    15 pages





    Type of media :

    Article/Chapter (Book)


    Type of material :

    Electronic Resource


    Language :

    English




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