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Control/command processes require a transmission system with somecharacteristics like high reliability, low latency and strong guarantees onmessages delivery. Concerning wire networks, field buses technologies like FIPoffer this kind of service (periodic tasks, real time constraints...).Unfortunately, few wireless technologies can propose a communication systemwhich respects such constraints. Indeed, wireless transmissions must deal withmedium characteristics which make impossible the direct translation ofmechanisms used with wire networks. The purpose of this paper is to present anoriginal Medium Access Control (MAC) layer for a real time Low Power-WirelessPersonal Area Network (LP-WPAN). The proposed MAC-layer has been validated byseveral complementary methods; in this paper, we focus on the specificSimultaneous Guaranteed Time Slot (SGTS) part.

Proposition and validation of an original MAC layer with simultaneous medium accesses for low latency wireless control/command applications