The phrase "accurate synchronization" is correct and usable in written English.
It can be used in contexts where precise timing or alignment is important, such as in technology, music, or data processing.
Example: "The system requires accurate synchronization between the server and the client to function properly."
Alternatives: "precise alignment" or "exact coordination".
In LS approach, instead of synchronizing the nodes in the entire network, only sender nodes and part of the nodes in their forwarding node set are synchronized by self-learning methods, and accurate synchronization is not required here.
DB requires accurate synchronization; in other words, the nodes must start transmitting at the same time, synchronize their carrier frequencies, and control their carrier phases so that their signals can be combined constructively at the destination.
In radio systems, one of the two stations in a pair (the primary) controls the other (the secondary) to ensure accurate synchronization of the signals.
However, this would require accurate synchronization.
Thus, accurate synchronization is therefore needed for efficient power transfer.
The speed and reliability of the information transfer obviously depends on accurate synchronization.
Additionally, we have proposed secure, accurate, and precise synchronization service for this particular kind of WSN.
In this paper we have addressed the issue of secure, accurate, and precise synchronization in a WSN formed by the interconnection of multiple BANs.
Various noises, e.g., communication delay, clock fluctuation and measurement errors, are inevitable and difficult to be estimated accurately, which is the main challenge for achieving accurate clock synchronization.
However, for switches with large number of ports and high bandwidth, maintaining an accurate global synchronization and transferring all the packets in a synchronous fashion is becoming more and more challenging.
It is not easy to archive accurate clock synchronization to match the requirement of timing analysis in the sensor networks only with the clock synchronization between the test server and test units.
