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建筑防火智能电子设备故障实时检测是保证建筑安全的重要标准,传统检测方法太为保守,约束条件众多,会产生监测范围不全面,误差大等问题。针对这些问题提出了基于免疫危险的建筑防火智能电子设备故障检测新算法,增强了对建筑防火智能电子设备潜在故障和累积故障检测能力。在该算法中,建筑防火智能电子设备仅就危险信号进行响应,通过对危险程度的分析对比,设置多阈值判断其是否为故障信号,克服了传统算法模式中“自我-非我的模式”的局限性。通过对防火智能电子设备管理组件中captain(CAPT)站位AUDIO信号判断分析建筑防火智能电子设备运行状态。实验结果表明,该方法具有较高检测有效性和故障覆盖率,能够实时检测出建筑防火智能电子设备故障,提高工作效率。
Real-time detection of building fire safety intelligent electronic equipment failure is an important criterion to ensure building safety. The traditional detection methods are too conservative and have many constraints, resulting in problems such as incomplete monitoring range and large error. Aiming at these problems, a new algorithm of fault detection for building fire safety intelligent electronic equipment based on immune risk is proposed, which enhances the potential failure and cumulative fault detection ability of building fire safety intelligent electronic equipment. In this algorithm, the building fire safety electronic device only responds to the danger signal. By analyzing and comparing the danger level, setting multiple thresholds to judge whether it is a fault signal or not, it overcomes the problem of “self-not-my-mode” Limitations. By analyzing the AUDIO signal of the captain (CAPT) station in the intelligent electronic equipment management component, the running status of the building fire intelligent electronic equipment is analyzed. The experimental results show that this method has high detection efficiency and fault coverage, which can detect the failure of building fire safety intelligent electronic equipment in real time and improve work efficiency.