Receive wireless sensor data through IoT gateway using web client based on border gateway protocol
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View abstract on PubMed
Summary
This summary is machine-generated.This study reduces Internet of Things (IoT) data overhead and energy use by optimizing Border Gateway Protocol (BGP) packet handling in sensor networks. The method significantly cuts traffic and power consumption, especially for monitoring tasks.
Area Of Science
- Computer Science
- Network Engineering
Background
- Internet of Things (IoT) communication relies on efficient data sharing.
- Border Gateway Protocol (BGP) integration enhances IoT accessibility but causes significant message overhead and energy consumption.
Purpose Of The Study
- To propose a method for reducing overhead on small and medium-sized packets in BGP-based IoT networks.
- To decrease data overhead and energy consumption in multi-temporal networks.
Main Methods
- Scheduling and aggregating BGP packets at sensor nodes.
- Implementing request classification, BGP response prioritization, and maximum acceptable delay determination.
- Synchronizing and temporally integrating messages considering delays and destination availability.
Main Results
- Significant reduction in energy consumption.
- Substantial decrease in network traffic.
- Effective for monitoring applications in multi-stage networks.
Conclusions
- The proposed method effectively mitigates BGP overhead in IoT networks.
- Optimized packet handling leads to improved energy efficiency and reduced network load.
- The approach is particularly beneficial for real-time monitoring applications.
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