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Günümüzde IoT uygulama alanları ve kullanımı gitgide artmaktadır. IoT uygulamaları ile nesnelerin haberleşmesi mümkün olmakatdır. Yapılan bu çalışmada nesnelerin interneti ile çalışan savunma sanayi için örnek bitr uygulama gerçekleştirilmiştir. Gerçekleştirilen sistemde intenret tabanlı wemos d1 r1 esp 8266 mikrodenetleyici geliştirme kartı kullanılmıştır. Bu kart ile sıcaklık ve nem sensörleri, nabız ölçer, ldr sensörü ve gps modülü birlikte kullanılmış ve bu sensörlerden anlık veriler alınarak internet ortamına gönderilmiştir. Çalışma askerler için tasarlanmış ve askerin üzerine giyileblir bir ürün olarak düşünülmüştür. Tasarlanan bu sistem sayesinde askerin anlık nabız sayısı askeri birime anlık olarak gönderilecek ve askerin durumu hakkında bilgi sahibi olunacaktır. Yine sistemde bulunan sıcaklık ve nem sensörleri sayesinde askerin bulnduğu ortamın sıcaklık ve nem verileri askeri birime internet aracılığı ile gönderilecektir. Askerin bulunduğu ortamın ışık miktarı ldr sensörü ile ölçülecek ve yine anlık olarak thingspeak IoT arayüzüne gönderilecek ve grafiksel çıktı alınacaktır. Ayrıca sistem üzerinde bulunan gps modülü ile askerin bulunduğu konum ve yön güzergahı google maps arayüzü ile askeri birime gönderilecektir. Bu sayede operasyon sırasında, nöbet sırasında, savunma sanayi ürünü olarak düşünülen ve IoT’ a göre çalışabilen sistem, askerin ve bulunduğu ortamın hakkında bilgi sahibi olunmasını sağlamıştır. Sistem geliştirmeye açıktır ve maliyet olarak uygundur.
Today, IoT applications and use are increasing. It is possible for IoT applications to communicate with objects. In this study, an example bitr application for the defense industry that works with the Internet of Objects was implemented. In the implemented system, the intense-based wemos d1 r1 esp 8266 microcontroller development card was used. With this card, the temperature and moisture sensors, the pulse meter, the ldr sensor and the gps module were used together and instant data from these sensors were sent to the internet environment. The work is designed for soldiers and is considered a product that can be dressed on the soldier. Thanks to this designed system, the immediate number of the pulse of the soldier will be instantly sent to the military unit and the situation of the soldier will be informed. Again, thanks to the temperature and moisture sensors in the system, the temperature and moisture data of the environment in which the soldier is located will be sent to the military unit via the internet. The amount of light of the environment in which the soldier is located will be measured by the ldr sensor and will be immediately sent to the thingspeak IoT interface and the graphic output will be taken. The GPS module on the system will also be sent to the military unit with the location and direction path of the soldier on the system with the Google Maps interface. Thus, during the operation, during the intervention, the system, which is considered as a product of the defense industry and can work according to IoT, ensures that the military and the environment in which it is located are informed. The system is open to development and cost-friendly.
Today, IoT application areas and usage are increasing. It is possible to communicate objects with IoT applications. In this study, a sample application has been realized for defense industry working with internet of objects. Intenret based wemos d1 r1 esp 8266 microcontroller development board was used in the system. Temperature and humidity sensors, pulse meter, ldr sensor and gps module were used together with this card and instant data were received from these sensors and sent to the internet. The study was designed for soldiers and was considered a product that could be worn on the soldier. Thanks to this designed system, the instantaneous pulse rate of the soldier will be sent to the military unit instantly and information about the status of the soldier will be obtained. The temperature and humidity data of the environment in which the soldier is located will be sent to the military unit via the internet thanks to the temperature and humidity sensors in the system. The amount of light of the soldier's environment will be measured by the ldr sensor and will be sent to thingspeak IoT interface instantly and graphically printed. In addition, the GPS module on the system and the route of the soldier's location and direction will be sent to the military unit via google maps interface. In this way, during the operation, during the seizure, the system, which is considered to be the product of the defense industry and which can work according to IoT, provided information about the military and its environment. The system is open to development and cost-effective.
Field : Mühendislik
Journal Type : Uluslararası
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