Monitoring attention level in real time; a web application
2017
0 görüntülenme
0 i̇ndirme
Danışman: Doç. Dr. Oğuz Bayat ; Yrd. Doç. Dr. Adil Deniz Duru
Özet (EN)
Within this thesis that attention level was monitored and measured; EEG measurements were conducted with Emotiv Epoc Headset and data was real- timely saved in database. Saved frequency data was filtered with the method FFT (Fast Fourier Transform) and this filtering method conveyed us to beta, teta, alfa, delta etc. frequency intervals that we wished to obtain. This filter we worked is also inside a small application that is loaded on the computer in the individual's use. The filter the individual has was made to measure real- timely attention level by analyzing data according to scientific norms and at the same time it can define the individual's emotional type and stress level. Moreover, there is also a manager page that we can reach time based frequency data over management panel of web interface of measured frequencies and obtained data. On this page as we can be aware of emotion type and stress level of each participant, it makes us be able to treat to the individual in an emergency case fast.
Yazar
Dr. Yunus Çobas
Bu Yayına Nasıl Atıf Yapılır
Yunus Çobas (Master Thesis). Monitoring attention level in real time; a web application, 2017, Altınbaş University.
Anahtar Kelimeler
Lisans
Tüm Hakları Saklıdır
Bu eser belirtilen lisans koşulları altında paylaşılmaktadır.
Altınbaş University tezlerinden daha fazlası
- Samuel P. Huntington'ın Medeniyetler Çatışması' ve Immanuel Wallerstein'ın Dünya Sistemleri Analizi'nin karşılaştırılması(2024)
- Energy efficient protocols for stable clustering in heterogeneous wireless sensor networks(2019)
- Algının fenomenolojisi: Görsel mekânın algılama(2024)
- Evaluation of the factors affecting the choice of child oral care products and the attitudes of parents to these products(2023)
- Symmetry-based multi-objective AI/ML driven optimization framework for sustainable building performance(2026)
- Santrifüj pompalarda iki fazlı akış özelliklerinin sayısal incelenmesi(2024)
