What question did this study set out to answer?

Design and evaluate an automatic threshold-based communication protocol to reduce control traffic overhead and minimize energy depletion in software-defined wireless sensor networks.

June 11, 2021IEEE Sensors Journal

TSDN-WISE: Automatic Threshold-Based Low Control-Flow Communication Protocol for SDWSN

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Authors

SSS. Suja Golden ShinyAnna University, Chennai KMK. MuruganSaveetha University

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Implication

Protocol evaluation demonstrates reduced control overhead and extended operational lifetime in software-defined wireless sensor networks, highlighting improved energy efficiency for connected devices.

Key Points

Design and evaluate an automatic threshold-based communication protocol to reduce control traffic overhead and minimize energy depletion in software-defined wireless sensor networks.
Engineered an SDWSN system architecture incorporating the TSDN-WISE protocol to govern control and data message forwarding.
Derived a dynamic threshold calculation model based on network traffic data from the data server to prevent channel congestion and minimize packet transmission delays.
Conducted comparative performance experiments against baseline SDWSN communication protocols.
TSDN-WISE reduced control traffic overhead by 33.34% compared to baseline protocols.
Network operational lifetime was extended by an average of 65% relative to standard baseline protocols.

Cite This Study

Shiny et al. (2021) studied this question.

synapsesocial.com/papers/6a771fbfdf493903fd1eb00d https://doi.org/10.1109/jsen.2021.3088604

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TSDN-WISE: Automatic Threshold-Based Low Control-Flow Communication Protocol for SDWSN

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Cite This Study

TSDN-WISE: Automatic Threshold-Based Low Control-Flow Communication Protocol for SDWSN

Discussion

Member takes

Implication

Key Points

Cite This Study

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