CBISP-AIS: Component-Based Intelligent Software Platform for Artillery Integrated Systems

Abstract

Due to the variety of hardware types in integrated artillery systems, the information processing software faces challenges such as redundant low-level development, poor inheritance between systems, and difficulties in reusing software modules during iterative hardware and software upgrades. This paper presents the construction of a component-based intelligent software platform for integrated artillery systems (CBISP-AIS). CBISP-AIS modularizes and generalizes the integrated artillery information system, breaking down its development into corresponding functional components. CBISP-AIS enables an integrated design process encompassing simulation, design, coding, and verification of system application functions, facilitating faster function implementation and module deployment. Finally, CBISP-AIS is applied to weapon system development, with its effectiveness and reusability validated through case studies.