Development of Cat Care System Based on Internet of Things

Mokhamad Arfan Wicaksono, L. B. Subekti, Y. Bandung
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引用次数: 1

Abstract

Cats, with latin names felis catus, has been cared by many people. Consequently, by pet owners, they need to pay attention to caring their cats. However, cat owners cannot be always together with their cat, so cat care cannot be carried out optimally. Thus, there's so many risks encountered by leaving the cat alone such as obesity, stress, negative interaction with other cat, etc. At the same time, cat daycare may not suitable with our cat behavior and that places are usually fully booked in holiday time. For that, a solution to the problems is needed. Solutions to the problems are defined by using internet of things technology. Hardware, software, and communication, as an aspect of internet of things, are considered to build the entire system. The system is divided into several sub-system that is cat feeder, cat playmate, automatic cat door, cat monitor, and mobile apps. Each of them representing certain problem which has been analyzed. The system is built to fulfill cat care needs to feed, play, keep them save, and monitor them. The features for caring the cats can be executed through a mobile phone with internet access or by schedule defined by users. This system is implemented by making four hardware prototypes, mobile apps, and communication processing through third party services and through own-built platform. The tests conducted in the prototypes showed good results with communication delay below 1.5 second, food amount measurement tolerance below 2 grams, working door functionality, and 15 fps video streaming with latency below 3 second.
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基于物联网的猫护理系统的开发
猫,拉丁名字felis catus,被许多人关心。因此,对于宠物主人来说,他们需要注意照顾他们的猫。然而,猫的主人不可能总是和他们的猫在一起,所以猫的护理不能得到最佳的实施。因此,把猫单独留下会遇到很多风险,比如肥胖、压力、与其他猫的负面互动等。同时,猫的日托可能不适合我们的猫的行为,而且这个地方通常在假期被订满了。为此,需要一个解决问题的方案。通过使用物联网技术来定义问题的解决方案。硬件、软件和通信作为物联网的一个方面,被认为是构建整个系统的组成部分。该系统分为猫喂食器、猫玩伴、自动猫门、猫监控、手机app等几个子系统。它们中的每一个都代表了一个经过分析的问题。该系统的建立是为了满足猫的护理需求,包括喂养、玩耍、饲养和监控它们。照顾猫咪的功能可以通过接入互联网的手机来执行,也可以根据用户定义的时间表来执行。该系统通过第三方服务和自建平台制作硬件原型、移动应用、通信处理四个部分来实现。在原型机中进行的测试显示,通信延迟低于1.5秒,食物量测量公差低于2克,工作门功能,15 fps视频流,延迟低于3秒。
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