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Development of Automatic Fish Feeding System based on Gasping Behavior

机译:基于喘气行为的自动喂鱼系统的开发

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Most automatic fish feeders had the problem of controlling the amount of fish feed released. The right portion of fish feed supposedly based on the total weight of fish. Fish feed given to fish that are not hungry will be wasted. This paper introduces an efficient fish feeding system. We classified the feeding behaviors by monitoring changes in water ripples caused by fish movement when the fish are hungry, then feed according to daily need based on the weight of the fish. Water ripples caused by gasping behavior will be used as input from the automatic fish feeding system. Gyroscope sensor is used to detect water ripples. This paper makes the following contributions: 1) a fully automated fish feeding system that controls feeding for a fish tank, 2) a measure of the fish activity based on gasping behavior. After conducting experiments, the following conclusions are obtained. The design of a prototype system capable of automatically feeding fish was successfully conducted. The average fish feed released by the designed system in a day have met the standard according to the ideal amount of food to be given per day based on the weight of the fish.
机译:大多数自动鱼喂食器都存在控制鱼饲料释放量的问题。鱼的正确份量据推测是基于鱼的总重量。给不饿鱼的鱼饲料将被浪费。本文介绍了一种高效的鱼类饲养系统。我们通过监测饥饿时鱼运动引起的水波纹变化对进食行为进行分类,然后根据鱼的体重根据日常需要进食。由喘气行为引起的水波纹将用作自动喂鱼系统的输入。陀螺仪传感器用于检测水波纹。本文做出了以下贡献:1)全自动鱼饲料控制系统,用于控制鱼缸的投饵,2)基于喘气行为来测量鱼的活动。经过实验,得出以下结论。成功进行了能够自动喂鱼的原型系统的设计。根据每天根据鱼的重量确定的理想食物量,设计的系统每天释放的平均鱼饲料已达到标准。

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