Simulation Method for Evaluating the Anti-informational Jamming Effectiveness of Continuous-wave Frequency-modulated Fuze

To address the lack of systematic adversarial simulation for evaluating the anti-informational Jamming effectiveness of continuous-wave frequency-modulated (CWFM) fuzes, this paper proposes a distributed architecture-based simulation method. A distributed interactive simulation (DIS) protocol-compliant platform for VR-Forces engine is constructed, in which a repeater and sweep frequency interference method are used. The platform incorporates three core models: the fuze behavior models, the jammer modules, and the fuze-jamming engagement interaction model. Additionally, a jamming effectiveness database based on MySQL is designed, and a multi-source data fusion method is applied to correct the jamming success rate error (JSRE). Simulation tests demonstrate that an average JSRE deviation from proving ground benchmarks across both repeater and sweep jamming scenarios is 3.6%. This framework establishes an efficient and low-cost verification tool for optimizing fuze ECM resistance and combat strategies.