The main activities of the proposed research are:
1. Improve the PTP’s performance in WSNs by using advanced signal processing techniques.
2. Build an OMNET++ software simulation platform and hardware testbed to verify the proposed time synchronization scheme for WSNs.
The planned research has the following tasks:
1. Discuss the basis components of wireless sensor network and the structure of wireless sensor network and network typology.
2. Make an in-depth study of the principles of wireless sensor network clock synchronization between nodes.
3. Improve the PTP’s performance in WSNs. Since the PTP was originally proposed for wired network, its performance degrades due to the asymmetry of packet transmission delays in wireless links.
4. Build an OMNeT++ software simulation platform to verify the precision on WSN.
Supervisor
Academics from Northumbria University and University College London have collaborated on a…
Professor Katy Shaw, Director AHRC Creative Communities and Director Northumbria University…
Funding to develop the innovation ecosystem in the North East has been warmly welcomed by Universities…
A Fashion student from Northumbria University was selected as one of just 10 students from…
Two PhD students from Northumbria University are taking part in a highly competitive space…
Northumbria University academics have been awarded £1.2m to further their research into how…
Lecture Theatre 401
-
Squires Workshops
School of Design
School of Design, Northumbria University
Back to top
