基于事件驱动的船载智能信息平台架构设计

 现有船载信息平台受限于设备接口限制、数据标准等问题，民用船舶信息平台的发展缓慢，难以处理复杂数据和多任务。智能船研制过程中，传统的船载信息平台在架构上的不足使其难以支撑船舶在复杂工作场景下的分析任务。提出了一种基于事件驱动的船载信息平台架构设计方案，根据“感知-认知-决策-控制”的闭环，针对智能功能完成了事件流程建模，提高了随机、不确定事件的处理效率，降低了系统耦合度，使信息平台能够提升任务处理能力并降低硬件资源需求。

An architecture for event-driven ship intelligent information platform

Existing ship information platform is limited by its equipment interface and data standard, and the development of civil ship information platform is relatively slow. In the development process of intelligent ship, deficiency of traditional ship information platform makes it more difficult to support the analysis task of ship in complex working conditions. This paper proposes a ship information platform based on an event-driven architecture design, and starts with modeling event flow around function modules according to the closed loop of ‘perception-cognition-decision-control’, which improves the processing efficiency of random and uncertain events and reduces the coupling degree of the system. Finally, an information platform is implemented to improve task processing capacity and reduce hardware resource requirements.