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One distinguishes between two different versions of node synchronization in sensor networks.
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Clock synchronization in wireless sensor networks (WSNs) assures that sensor nodes have the same reference clock time.
The existing time synchronization schemes in sensor networks were not designed with security in mind, thus leaving them vulnerable to security attacks.
The paper by Xiong and Kishore considers global time synchronization in wireless sensor networks.
It is important and challenging to achieve accurate clock synchronization in wireless sensor networks.
This paper describes the adaption of the underlying biological principle for a robust self-stabilizing distributed synchronization in wireless sensor networks.
However, the achievement of precise synchronization in Wireless Sensor Networks (WSNs) is hampered by competing design challenges, which finally causes many WSN hardware platforms to rely on low frequency clock crystal for local timebase provision.
Synchronization in physical layer of wireless sensor networks is critical in restricting complexity of tag node and power consumption.
Subsequently, in a distributed system, without any clock synchronization, two sensor nodes can discover each other within a bounded delay.
In this paper, we have introduced the two-hop time synchronization for sensor networks.
Time delay in attitude determination systems is unavoidable and it is usually caused by low-quality data sampling, poor sensor synchronization, momentary sensor outage or operational restrictions of sensors.
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