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Proximity awareness in Bluetooth technology is implemented via an asymmetric point to point sender-receiver protocol where senders are trying to discover receivers in the vicinity. This paper tries to shed some light on the link formation delay by first identifying the delay bottlenecks in the asymmetric neighborhood discovery process and then discussing the factors that affect certain parameter decisions. A symmetric technique for establishing ad hoc connectivity is introduced which imposes each node to alternate between the sender and receiver state in a random fashion. The results show that the connection establishment delay can be reduced if appropriate decisions are made in the choice of parameters.
Salonidis et al. (Mon,) studied this question.
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