DING Cheng-jun, ZHAO Ze-yu, ZHU Xue-hong, et al. Application of neural network in intelligent fire alarm system[J]. 2018, (1): 154-156+160. DOI: 10.13873/J.1000-9787(2018)01-0154-03.
神经网络在智能火灾预警系统的应用
摘要
提出了综合利用多种传感器准确判断火焰状态的算法。在神经网络算法下
根据一氧化碳传感器、烟雾传感器和温度传感器数据
对火焰状态进行分类。使用有限内存的拟牛顿(L-BFGS)优化算法对传统反向传播(BP)算法进行改进
加快了神经网络的收敛过程
有效提高了系统精度。实验验证了算法能够有效降低火灾预警系统的误报率
增强系统安全报警的灵敏度和可靠性
实现了实时有效的火灾预警。
Abstract
An algorithm for judging flame state by using a variety of sensors is proposed. According to carbon monoxide sensor
smoke sensor and temperature sensor data
flame state is classified under the neural network algorithm. And use the L-BFGS optimization algorithm to improve the traditional BP algorithm to speed up the convergence process of neural network
and effectively improve precision of system. The experiment proves that this algorithm can effectively reduce the false alarm rate of the fire alarm system
enhance the sensitivity and reliability of the system security alarm
and realtime and effective fire warning can be carried out.