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Development of a bio-monitoring system for toxicants in water with fish

机译：开发了一种鱼类鱼水中有毒物质生物监测系统

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摘要

A bio-monitoring system for toxicants in water has been developed and verified for actual applications. This system is based on the motionality of five Acheilognathus lanceloata, a fish known to be very sensitive to toxic substances, moving around in an aquarium. Their movements are continuously monitored with a charge coupled device (CCD) camera and analyzed to find and quantify any abnormal behavior in their motional characteristics in comparison with the pre-acquired data. That is, the mages of fish captured by a CCD camera are digitalized to identify the location of fish in a constant time interval and the locations of each fish were then analyzed mathematically with a personal computer using the equations proposed to determine the motion characteristics such as floatness, fledness and mobility(agility).
机译：已经开发出一种用于水中有毒物质的生物监测系统，并已针对实际应用进行了验证。该系统基于五种拟南芥（Acheilognathus lanceloata）的运动性，该鱼类在水族馆中四处游动，对有毒物质非常敏感。用电荷耦合器件（CCD）摄像机连续监视它们的运动，并与预先获取的数据相比，对其运动特征进行分析以发现和量化任何异常行为。也就是说，将由CCD摄像机捕获的鱼的法师数字化，以在恒定的时间间隔内识别鱼的位置，然后使用个人计算机使用提议的方程式对每种鱼的位置进行数学分析，以确定运动特性，例如流动性，敏捷性和流动性（敏捷性）。

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