Optimizing Event Delivery in Battery-Powered Home Security Cameras: A Comprehensive Analysis and Optimization Strategies

Author(s)	Sibin Thomas
Country	USA
Abstract	This paper talks about the important problem of reducing the time it takes for battery-powered home security cams to send event notifications. We look at how event recognition and notification usually work, pointing out the trade-off between saving power and responding quickly. We suggest using 0-RTT QUIC, a part of the QUIC transport protocol that lets data be sent in the first handshake packet [1], to cut down on delay. We show how to get faster event messages and a better user experience by using 0-RTT QUIC and persistent connection parameters. We also look at other ways to improve performance, like DNS caching, and talk about security issues. Lastly, we talk about how these improvements can be used in a wider range of battery-powered applications besides home security. We stress how they can improve performance and efficiency in a world that is becoming more connected.
Keywords	Battery-operated devices, Home security cameras, Event notification latency, QUIC protocol, 0-RTT, DNS caching, Power conservation, Latency optimization
Published In	Volume 2, Issue 6, November-December 2020
Published On	2020-11-25
DOI	https://doi.org/10.36948/ijfmr.2020.v02i06.11875

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