#20220139 Medix
PROJE KODU | 20220139 |
PROJE SAHİBİ | Ali eren Acar |
PROJE SAHİBİ LINKEDIN | https://www.linkedin.com/in/ali-eren-acar/ |
PROJE MALİYETİ | 80000 |
PROJE ÜNİVERSİTESİ | Ankara Üniversitesi |
PROJE KATEGORİSİ | Savunma, Siber Güvenlik, Teknoloji ve Endüstri |
PROJE DANIŞMANI | Gazi Erkan Bostancı |
Medix bir arttırılmış gerçeklik uygulaması olup, hasta ve doktorların muayene süreçlerini kısaltmak ve doğru tahlil yapma oranını arttırmak için çözüm sunmaktadır.
Bu çalışma, bu ortopedik tedavi ve muayene sürecini kısaltmayı amaçlamaktadır.
Projenin gereksinimi olan veri tabanı için bir sunucu altyapısı, mühendis iş gücü ve gerekli yazılım geliştirme araçları mevcuttur.
Gazi Erkan Bostancı
Yok
Hastanelerdeki sıra bekleme sorununu çözme ve doktorlara doğru tahlil yaptırmak için yardımcı olma.
SCIENTIFIC LITERATURE SEARCHES
2.1. Isabel Cristina Siqueira da Silva, Gerson Klein, Denise Munchen Brandão
“Segmented and Detailed Visualization of Anatomical Structures based on
Augmented Reality for Health Education and Knowledge Discovery” 2017:
This article describes what solutions augmented reality can offer in health education.
One of these solutions aims to facilitate the way students learn by visualizing the
complex structure of human anatomy. It is explained how effective it is for both the
student and the lecturer to see a person's bone in a virtual way while looking at a
person's arm in real life.
In addition, a survey was conducted with the students about these educational
solutions and they received a positive feedback with the majority of them approving
this method. From this, we can deduce that visual learning is an effective method
with the help of augmented reality.
2.2. Bernie M. Garret, Joseph Anthony, Cathryn Jackson
“Using Mobile Augmented Reality to Enhance Health Professional Practice
Education” 2018:
An article that provides information about the important roles of augmented reality
mobile applications in the field of health. It is mentioned about the history of these
applications, use of augmented reality applications by global markets and the
important positions that they have acquired and can achieve in today's health sector.
As with most technologies, this technological development is said to have been
discovered and developed to aid night vision goggles in the military. Again, in this
study, we are faced with a questionnaire about the benefits of augmented reality for
students. According to the results of this survey, the students provide a feedback
between neutral and optimistic view of this technological solution. In addition, it is
emphasized that mobile phones are an important tool for augmented reality.
2.3. Christian Moro, Zane Stromberga, Athanasios Raikos, Allan Stirling
“The Effectiveness of Virtual and Augmented Reality in Health
Sciences and Medical Anatomy” 2017:
This article offers both VR and AR as excellent teaching tools, where student learning
is as successful as with tablet-based apps, however educators should be wary about
the negative consequences of VR in particular, such as impaired vision and
dizziness. However, both VR and AR have inherent advantages such as improved
student engagement, involvement, and enjoyment. This discovery holds tremendous
potential for future applications employing VR and AR, which are projected to
become unique and strong learning aids within health sciences and medical curricula.