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一个低成本的先进探测系统正处于论证阶段,在规范和标准中增加住宅建筑应用该系统的条款的提案也将提出。相关组织者和研究者希望,等到2014年时,该系统的应用可以显著减少住宅火灾死亡人数。这项包括传感器和传感器建模、数据融合、人机交互和推广策略研究的系统研究,将使火灾早期预警探测技术得到发展,显著减少疏散时间和降低故障报警(误报警)。识别初起意外火灾信号和多种干扰信号(均远低于目前报警触发信号水平)的能力,需要多项技术的配合,如可感应化学品、温度和微粒测量技
A low-cost state-of-the-art detection system is in the demonstration stage and proposals to increase the rules for applying the system to residential buildings in codes and standards will also be made. Organizers and researchers hope that by 2014, the system will significantly reduce the number of residential fire deaths. This systematic study of sensor and sensor modeling, data fusion, human-computer interaction and promotion strategies will lead to the development of early warning techniques for fire detection, significantly reducing evacuation time and reducing false alarms. The ability to identify accidental fire signals and multiple sources of distractions (both well below the current alarm trigger level) requires a combination of technologies such as sensor chemistries, temperature and particle measurement