Time Synchronization under Temperature and Distance Variations

The Trustful Space-Time Protocol (TSTP) allows for time synchronization to be performed upon receiving any message from another node in a sensor network, removing the need for explicit synchronization messages. Previous work has shown that TSTP performs well under controlled experimental environment...

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Bibliographic Details
Published in2017 VII Brazilian Symposium on Computing Systems Engineering (SBESC) pp. 167 - 172
Main Authors Martins Susin, Matheus, Wanner, Lucas Francisco, Resner, Davi, Frohlich, Antonio Augusto
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.11.2017
Subjects
clock synchro-nization
Clocks
Logic gates
Protocols
Synchronization
Temperature measurement
Temperature sensors
time synchronization
TSTP
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Summary:The Trustful Space-Time Protocol (TSTP) allows for time synchronization to be performed upon receiving any message from another node in a sensor network, removing the need for explicit synchronization messages. Previous work has shown that TSTP performs well under controlled experimental environments. In this work, we analyze how the quality of synchronization in TSTP is affected when nodes are communicating over varying distances, and across a temperature gradient. The results show that, while distance and packet loss has only a small effect on the quality of the synchronization, high temperatures of 80°C and up can negatively affect it. The results from the temperature variation experiments are incorporated into a network simulator to make its clock drift model more realistic, as well as tied to current node temperature.
ISSN:2324-7894
DOI:10.1109/SBESC.2017.29