ABSTRACT Recent advances in integrated electronic devices motivated the use of Body Area Networks... more ABSTRACT Recent advances in integrated electronic devices motivated the use of Body Area Networks in many applications including monitoring, localization, tracking and navigation. In this paper we introduce an indoor navigation approach based on Body Area Network to assist firefighters in finding their way to save human lives and to combat fires. For this we develop a technique based on a real-time graph called Temporal Weighted Graph that provides some special functions such as localization, navigation, communication, and hazard estimation. Then we implement a real time solution aiming to predict firefighters' isolation time in an indoor space by estimating the horizon of risk deterioration in the graph. And finally, we demonstrate the importance of the presented technique in assisting firefighters during the navigation process. A set of simulation scenarios are conducted to evaluate the performance of the solution.
International Conference on Data Communication Networking, DCNET 2010 and International Conference on Optical Communication Systems, OPTICS 2010, 2010
... MOST defines a multimedia fiber-optic (low overhead, low cost) point-to-point network impleme... more ... MOST defines a multimedia fiber-optic (low overhead, low cost) point-to-point network implemented in a ring, star or daisy-chain topology ... we point out the security needs related to secure service provision over vehicular networks (M. Chammem et al., 2009 and Maxim Raya ...
Abstract-Vehicular communication systems (VCS) are becoming a cornerstone of modern intelligent t... more Abstract-Vehicular communication systems (VCS) are becoming a cornerstone of modern intelligent transport systems. By enabling vehicles to communicate with each other via inter-vehicle communication as well as with roadside units via roadside-to-vehicle communication, vehicular networks ...
ABSTRACT Recent advances in integrated electronic devices motivated the use of Body Area Networks... more ABSTRACT Recent advances in integrated electronic devices motivated the use of Body Area Networks in many applications including monitoring, localization, tracking and navigation. In this paper we introduce an indoor navigation approach based on Body Area Network to assist firefighters in finding their way to save human lives and to combat fires. For this we develop a technique based on a real-time graph called Temporal Weighted Graph that provides some special functions such as localization, navigation, communication, and hazard estimation. Then we implement a real time solution aiming to predict firefighters' isolation time in an indoor space by estimating the horizon of risk deterioration in the graph. And finally, we demonstrate the importance of the presented technique in assisting firefighters during the navigation process. A set of simulation scenarios are conducted to evaluate the performance of the solution.
International Conference on Data Communication Networking, DCNET 2010 and International Conference on Optical Communication Systems, OPTICS 2010, 2010
... MOST defines a multimedia fiber-optic (low overhead, low cost) point-to-point network impleme... more ... MOST defines a multimedia fiber-optic (low overhead, low cost) point-to-point network implemented in a ring, star or daisy-chain topology ... we point out the security needs related to secure service provision over vehicular networks (M. Chammem et al., 2009 and Maxim Raya ...
Abstract-Vehicular communication systems (VCS) are becoming a cornerstone of modern intelligent t... more Abstract-Vehicular communication systems (VCS) are becoming a cornerstone of modern intelligent transport systems. By enabling vehicles to communicate with each other via inter-vehicle communication as well as with roadside units via roadside-to-vehicle communication, vehicular networks ...
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Papers by chammem Mhamed