Publication: Görsel ve İşitsel Uyaranlı Eklem Eğitim Cihazı ve Yazılımının Geliştirilmesi
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Date
2017-01-04
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Abstract
Son yıllardaki gelismelere baglı olarak saglık alanında teknoloji kullanımı yaygınlasmıstır.Özellikle fizyoterapi ve rehabilitasyon alanında degerlendirme ve tedavi süreçlerindeteknolojik yaklasımlar yaygın ve giderek artan sekilde kullanılmaktadır. Gelistirdigimiz sistemile amacımız, hastalara eklem hareket kontrolünü kazandıran egzersizlerde hastanın klinikortamda bulunması ve uzman kontrolü ihtiyacını minimize etmek, hastaların bu egzersizlerievlerinde bagımsız yapabilmelerine imkân tanımak, ayrıca profesyonellerin de mekân vezaman bagımsız olarak hasta takiplerine olanak saglayabilmektir. Bu amaçla, eklemin anlıkaçısal degisiklikleri ölçülerek, bu ölçümlerin dijital ortama ve hastanın kullandıgı mobil cihazaaktarılması ile hastaya geri bildirim hedeflenmistir. Tasarımında elektronik gonyometreninüzerine monte edildigi korse, elektronik gonyometre cihazı ile bluetooth baglantısıylahaberlesmeyi saglayan akıllı mobil cihaz uygulaması ve mobil uygulamanın verilerigönderdigi, ayrıca kullanıcı bazlı kimlik dogrulama saglayan ve hasta bazlı analizlere imkântanıyan merkezi bir sunucu yazılımı yapılmıstır. Donanım ve yazılımı gerçeklestirenmühendislik ekibi ile hasta degerlendirme ve tedavilerini yürüten saglık profesyonellerindenolusan proje ekibi; cihazın islevselligi, tedavide kullanılabilirligi ve yapılması gerekendüzenlemeleri sürekli degerlendirmistir. Elektronik cihazın laboratuvar ve hasta üzerindeölçümleri yapılarak standardize edilmistir. Tüm ölçüm yöntemlerinin geçerlilik ve güvenilirlikçalısmaları yapılmıstır. Gelistirdigimiz sistemin, literatürde yer alan sistemlerden farklı olaraktasınabilir özelligi, mekan ve zamana bagımlı olmadan ölçüm yapabilmesi, kaydettigiölçümleri sunucu üzerinden saglık profesyonellerine iletmesi sistemin avantajlarıdır. Sistemdiz eklemi için tasarlanmıstır, yakın gelecekte yazılımın diger vücut eklemlerinindegerlendirilmesi amacına yönelik gelistirilmesi planlanmaktadır.
Depending on the developments in recent years, the use of technology in health hasbecome widespread. Technological approaches in evaluation and treatment processes,especially in the field of physiotherapy and rehabilitation, are being used widely andincreasingly. With our developed system, our goal is to minimize the need for specialistcontrol, to allow patients to perform these exercises independently in their home, and toenable patients to follow up patients independently of the time and space. For this purpose,patient angles were measured by measuring angular momentum changes of the joints, andby transferring these measurements to the digital device and the mobile device used by thepatient. Its design includes a corset mounted on an electronic goniometer, a smart mobiledevice application that enables Bluetooth communication with the electronic goniometerdevice, and a central server software that sends data to the mobile application, as well asuser-based authentication and patient-based analysis. A project team consisting of anengineering team performing hardware and software and health professionals conductingpatient evaluation and treatment; The functionality of the device, the availability of treatmentand the arrangements to be made. The electronic device has been standardized by makingmeasurements on laboratory and patient. Validity and reliability studies of all measurementmethods have been done. Unlike the systems in the literature, the system we developed isadvantageous in that it can measure its transportability without being dependent on locationand time, and transmits its measurements to the health professionals via the server. Thesystem is designed for the knee joint, and in the near future it is planned to develop thesoftware for the purpose of evaluating other body joints.Key Words: Physiotherapy, Rehabilitation, Technotherapy
Depending on the developments in recent years, the use of technology in health hasbecome widespread. Technological approaches in evaluation and treatment processes,especially in the field of physiotherapy and rehabilitation, are being used widely andincreasingly. With our developed system, our goal is to minimize the need for specialistcontrol, to allow patients to perform these exercises independently in their home, and toenable patients to follow up patients independently of the time and space. For this purpose,patient angles were measured by measuring angular momentum changes of the joints, andby transferring these measurements to the digital device and the mobile device used by thepatient. Its design includes a corset mounted on an electronic goniometer, a smart mobiledevice application that enables Bluetooth communication with the electronic goniometerdevice, and a central server software that sends data to the mobile application, as well asuser-based authentication and patient-based analysis. A project team consisting of anengineering team performing hardware and software and health professionals conductingpatient evaluation and treatment; The functionality of the device, the availability of treatmentand the arrangements to be made. The electronic device has been standardized by makingmeasurements on laboratory and patient. Validity and reliability studies of all measurementmethods have been done. Unlike the systems in the literature, the system we developed isadvantageous in that it can measure its transportability without being dependent on locationand time, and transmits its measurements to the health professionals via the server. Thesystem is designed for the knee joint, and in the near future it is planned to develop thesoftware for the purpose of evaluating other body joints.Key Words: Physiotherapy, Rehabilitation, Technotherapy
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Keywords
Bilgisayar Bilimleri, Yazılım Mühendisliği, Fizyoloji