26 research outputs found

    E-Flow: A communication system for user notification in dynamic evacuation scenarios

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    Most of the current evacuation plans are based on static signaling, fixed monitoring infrastructure, and limited user notification and feedback mechanisms. These facts lead to lower situation awareness, in the case event of an emergency, such as blocked emergency exits, while delaying the reaction time of individuals. In this context, we introduce the E-Flow communication system, which improves the user awareness by integrating personal, mobile and fixed devices with the existing monitoring infrastructure. Our system broadens the notification and monitoring alternatives, in real time, among, safety staff, end-users and evacuation related devices, such as sensors and actuators

    Scheduling of manufacturing systems using the Lagrangian relaxation technique

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    Selecting input factors for clusters of gaussian radial basis function networks to improve market clearing price prediction

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    Power system scheduling with fuzzy reserve requirements

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    An effective approach for job-shop scheduling with uncertain processing requirements

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    Optimal Integrated Generation Bidding and Scheduling With Risk Management Under a Deregulated Power Market

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    Price-based approach for activity coordination in a supply network

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