Faculty of Engineering and Natural Sciences

Academic Members

Faculty Member, PhD İbrahim Furkan İnce

Faculty Member, PhD
İbrahim Furkan İnce

Bilgisayar Bilimleri ve Mühendisliği

İbrahim Furkan İnce received his Ph.D. in Information Technology (IT) Convergence Design from the Graduate School of Digital Design, Kyungsung University, Busan, South Korea, in 2010. He conducted postdoctoral research at the University of Tokyo, Japan, from 2010 to 2012. From May 2012 to May 2014, he worked as a Chief Research Engineer at Hanwul Multimedia Communication (HMC) Co., Ltd. in Busan, South Korea. After his time at Hanwul Multimedia Communication, he served as a researcher and assistant professor in several universities in Turkey and South Korea from 2014 to 2024. He is currently working as an Assistant Professor in Software Engineering department at İstinye University. His research interests include image processing, computer vision, pattern recognition, and human-computer interaction.

Araştırma Alanları

  • Artificial Intelligence
  • Image Processing
  • Human Computer Interaction

Çalışma Alanları

  • Mühendislik Temel Alanı
  • Bilgisayar Bilimleri ve Mühendisliği
  • Görüntü İşleme
  • Yapay Zeka
  • İnsan-Bilgisayar Etkileşimi
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Enhancement of Eye Socket Recognition Performance using Inverse Histogram Fusion Images and the Gabor Transform, 2024
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • Designing CAPTCHA Algorithm: Splitting and Rotating the Images against OCRs, 2008
  • ADVANCES IN MACHINERY AND DIGITIZATION, ISBN: 978-625-8061-11-6, 2021
  • ADVANCES IN MACHINERY AND DIGITIZATION, ISBN: 978-625-8061-11-6, 2021
  • ADVANCES IN MACHINERY AND DIGITIZATION, ISBN: 978-625-8061-11-6, 2021