A novel model based on multisensor detection and fuzzy set theory is introduced. Mechanism and architecture of the system is illustrated with explanation. As the key points of the system, technical approaches to reduce interference and assessing the threat-level are detailed discussed. Munitions with this kind of fuzzy anti-clearing fuze will gain higher reliability and more flexibility to meet the requirement of modern war.

Bridge monitoring systems used in practice employ conventional cables to communicate sensor measurements to a centralized data acquisition unit. Cable based systems have high installation costs and leave wires vulnerable to ambient signal noise corruption. In addressing these inherent drawbacks, a modular wireless monitoring system is proposed. Such a system promises lower capital and installation costs noise simultaneously ensuring reliable communication between sensing units.A vibration-electric generator has been proposed to generate electricity from the vibrations of the bridge to power an acceleration. To assess the feasibility of this idea, a model of the power produced from the generator is presented. It is concluded that the output power would be sufficient to power an acceleration sensor. Wireless sensing is prosperous in bridge health monitoring.