ProfessorsProfessors of Firat ÜniversitesiYetkin TATAR

Yetkin TATAR

Firat Üniversitesi

H-index: 12

Asia-Turkey

About Yetkin TATAR

Yetkin TATAR, With an exceptional h-index of 12 and a recent h-index of 6 (since 2020), a distinguished researcher at Firat Üniversitesi, specializes in the field of Bilgisayar ağları, Ağ güvenliği, Kablosuz Sensör Ağlar.

His recent articles reflect a diverse array of research interests and contributions to the field:

An intelligent and interpretable rule-based metaheuristic approach to task scheduling in cloud systems

Efficient task scheduling in cloud systems with adaptive discrete chimp algorithm

Fuzzy Logic-Based SBR Acceleration Approach for Radio Propagation Prediction in Indoor Environments

3D shooting and bouncing ray approach using an artificial intelligence-based acceleration technique for radio propagation prediction in indoor environments

Yetkin TATAR Information

University	Firat Üniversitesi
Position	Bilgisayar Muh. Bolumu
Citations(all)	535
Citations(since 2020)	170
Cited By	420
hIndex(all)	12
hIndex(since 2020)	6
i10Index(all)	14
i10Index(since 2020)	3
Email	Access Email
University Profile Page	Firat Üniversitesi
Google Scholar	View Google Scholar Profile

Yetkin TATAR Skills & Research Interests

Bilgisayar ağları

Ağ güvenliği

Kablosuz Sensör Ağlar

Top articles of Yetkin TATAR

Title	Journal	Author(s)	Publication Date
An intelligent and interpretable rule-based metaheuristic approach to task scheduling in cloud systems	Knowledge-Based Systems	Cebrail Barut Gungor Yildirim Yetkin Tatar	2024/1/25
Efficient task scheduling in cloud systems with adaptive discrete chimp algorithm	Balkan Journal of Electrical and Computer Engineering	Emrullah GÜNDÜZALP Güngör YILDIRIM Yetkin Tatar	2022/7/7
Fuzzy Logic-Based SBR Acceleration Approach for Radio Propagation Prediction in Indoor Environments	Arabian Journal for Science and Engineering	Gungor Yildirim Emrullah Gunduzalp Yetkin Tatar	2022/2
3D shooting and bouncing ray approach using an artificial intelligence-based acceleration technique for radio propagation prediction in indoor environments	Physical Communication	Gungor Yildirim Emrullah Gunduzalp Yetkin Tatar	2021/8/1