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Wireless regulation and monitoring system for emergency ad-hoc networks using nodes

机译:使用节点的紧急ad-hoc网络无线调节和监控系统

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In the recent times it has been seen that wireless network is established with the help of nodes and used them as a monitoring system. But the problem arises that the traffic each node handles is of great extent. Also the security and efficiency in working in emergency situations is very low. It has a limitation over worldwide access everywhere due to non-standardized communication between multiple mobile service provider in the emergency conditions. Hence we are proposing a system for wireless modem control and statistics monitoring in such networks. In this the different nodes will be the intermediate between the user and the mobile service provider. So In this model a user will send its data through a message generator node which will further carried by data forwarder node and at last to the GSM node. A sleep scheduling algorithm is used for efficient energy consumption and avoiding congestion and collision. So this paper discusses about the technology used for fruitful, reliable and secured communication and monitoring in emergency ad hoc networks.
机译:在近来,已经看到,在节点的帮助下建立无线网络并将它们用作监控系统。但问题出现了每个节点处理的流量在很大程度上。还有在紧急情况下工作的安全性和效率非常低。由于在紧急情况下,由于多个移动服务提供商之间的非标准化通信,它在全球访问范围内有一个限制。因此,我们提出了一种用于在这种网络中的无线调制解调器控制和统计监视系统的系统。在此,不同的节点将是用户和移动服务提供商之间的中间。因此,在该模型中,用户将通过消息生成器节点发送其数据,这些消息生成器节点将由数据转发器节点和最后到GSM节点进一步携带。睡眠调度算法用于高效的能耗和避免拥塞和碰撞。因此,本文讨论了用于富有成效,可靠和安全的通信和在紧急临时网络中的沟通和监控技术的技术。

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