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A Survey of Existing Medium Access Control (MAC) for Underwater Wireless Sensor Network (UWSN)

机译:水下无线传感器网络现有媒体访问控制(MAC)的调查(UWSN)

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Underwater wireless sensor networks (UWSN) consist of a certain number of sensors that interact to send the sensed data to the sink node and perform collaborative task. Most UWSN choose acoustic as a communication medium for wireless transmission. However, electromagnetic waves are also offer a great merit in special underwater environment such as shallow water. UWSN is significantly different from terrestrial sensor networks in many aspects such as mobility of sensor nodes due to water current, propagation delay and propagation loss. These distinctions feature of underwater sensor network pose many new challenges for delivering information from sensor nodes to sink node effectively in UWSN. To achieve reliable data transfer in underwater sensor network scenarios, a new event MAC protocol need to be developed to provide energy efficient and reliable upstream data transfer.
机译:水下无线传感器网络(UWSN)由一定数量的传感器组成,该传感器交互以将所感测数据发送到宿节点并执行协作任务。大多数UWSN选择声学作为无线传输的通信介质。然而,电磁波也提供在浅水中的特殊水下环境中的巨大优点。 UWSN在许多方面中的陆地传感器网络与传感器节点的移动性,传播延迟和传播损耗的迁移率有显着不同。水下传感器网络的这些区别特征对来自传感器节点的信息提供了许多新的挑战,以有效地在UWSN中占据节点。为了在水下传感器网络场景中实现可靠的数据传输,需要开发新的事件MAC协议,以提供节能且可靠的上游数据传输。

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