Hatch-Sens: a Theoretical Bio-Inspired Model to Monitor the Hatching of Plankton Culture in the Vicinity of Wireless Sensor Network

TL;DR

This paper introduces Hatch-Sens, a bio-inspired theoretical model that leverages wireless sensor networks to automatically monitor plankton hatching parameters, reducing manual effort in laboratory settings.

Contribution

It presents a novel bio-inspired model integrating biology and computer sensing networks for automated plankton hatching monitoring.

Findings

Proposes a theoretical model for plankton hatching monitoring.

Combines biological concepts with wireless sensor technology.

Aims to reduce manual monitoring efforts.

Abstract

Plankton research has always been an important area of biology. Due to various environmental issues and other research interests, plankton hatching and harnessing has been extremely red-marked zone for bio-aqua scientists recently. To counter this problem, no wireless sensor assisted technique or mechanism has yet not been devised. In this literature, we propose a novel approach to pursue this task by the virtue of a theoretical Bio-inspired model named Hatch-Sens, to automatically monitor different parameters of plankton hatching in laboratory environment. This literature illustrates the concepts and detailed mechanisms to accumulate this given problem. Hatch-Sens is a novel idea which combines the biology with computer in its sensing network to monitor hatching parameters of Artemia salina. This model reduces the manual tiresome monitoring of hatching of plankton culture by wireless sensor network.