Abstract：The hybrid advancing mechanism mixes logical and real-time advancing mechanisms. Logical advancing
mechanisms can increase simulation efficiency, and real-time advancing mechanisms can increase simulation fidelity.
The hybrid advancing mechanism combines the benefits of both the logical and real-time advancing mechanisms. In this
study, the layered design pattern was employed to evaluate and deduct maritime anti-air weapon system-of-system.
Emulating the integration of LVC, the architecture of the combat deduction system of maritime air and missile defense
was designed. The function design and the interaction design of the system were completed. Real weapons and
simulators were applied to expand the capability of the combat deduction system. The results show that the proposed
system can veritably reflect the influence on the war of operational personnel quality and key weapons and improve
combat deduction of high confidence coefficient.
许文腾, 刘磊, 刘梦觉. 基于混合推进机制的海上防空反导作战推演系统设计[J]. 空天防御, 2024, 7(3): 111-116.
XU Wenteng, LIU Lei, LIU Mengjue. Design for Combat Deduction System of Maritime Air and
Missile Defense based on Hybrid Advancing Mechanism. Air & Space Defense, 2024, 7(3): 111-116.
