Preprint / Version 1

Regarding Toxin Detection Mechanisms for Harmful Algae Blooms and Current Device Apparatuses or Development

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DOI:

https://doi.org/10.31224/osf.io/6r8ye

Keywords:

Chemical Sensors, Distributed Computing, Environmental Engineering, Network Latency, Oceanic Studies, P2P, Peripherals, Physical Sensors, Software Defined Networking, Toxin Detection, Wet Sensors

Abstract

Current toxin detection mechanisms are insufficient in comparison to a software defined networking system with P2P compatibility in regards to real time detection. In regards to current mechanisms, this involves both wet chemical as well as physical devices and/or buoys. The introduction of new technologies in regards to network latency in relation to novel detection methods is what will be the cornerstone of this research. The importance of this field is to draw conclusions in regards to technological implementations in relation to detection, time, network latency and quality of the data.

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Posted

2021-05-31