Initiating a first contact between two wireless devices in mobile ad-hoc networks (MANETs) is referred to as neighbor discovery (ND). It needs to be carried out within the shortest possible amount of time and lowest energy consumption. In this thesis, the fundamental performance limits of this procedure are identified. Further, protocols in which transmission and reception are scheduled using periodic intervals, such as e.g., Bluetooth Low Energy, are analyzed. A comprehensive model for the performance of such ND protocols is given and optimal parametrizations are derived from it, using which the fundamental performance limits can be realized.
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Initiating a first contact between two wireless devices in mobile ad-hoc networks (MANETs) is referred to as neighbor discovery (ND). It needs to be carried out within the shortest possible amount of time and lowest energy consumption. In this thesis, the fundamental performance limits of this procedure are identified. Further, protocols in which transmission and reception are scheduled using periodic intervals, such as e.g., Bluetooth Low Energy, are analyzed. A comprehensive model for the perf...
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