Abstract
In wireless sensor networks, the aim of storage protocols is to efficiently replicate data across nodes and to improve data collection and querying by sinks. Among them, in-network storage protocol...
Highlights
In the last decades, wireless sensor network (WSN) was widely studied in academic and industry worlds
Specific algorithms/ protocols are developed for WSN at physical, medium access control (MAC), routing, transport, and application layers.[1,2]
The main MAC protocols for WSN could be found in the study of Huang et al.,[3] whereas the most important routing protocols are presented by Guo and Zhang.[4]
Summary
Wireless sensor network (WSN) was widely studied in academic and industry worlds. A wireless sensor node is a low-cost communicating electronic device, allowing the monitoring of its environment. Specific algorithms/ protocols are developed for WSN at physical, medium access control (MAC), routing, transport, and application layers.[1,2] The main MAC protocols for WSN could be found in the study of Huang et al.,[3] whereas the most important routing protocols are presented by Guo and Zhang.[4] Transport protocols for WSN are summarized in the study of Ghaffari.[5] application scenarios for WSN are presented by Borges et al.[6] In addition, various low-power technologies were standardized for WSN such as IEEE 802.15.47 covering physical and MAC levels. On top of IEEE 802.15.4, ZigBee standard[3] was proposed as routing and application protocol
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