Research & Projects

This project addresses the end-to-end Quality of Service (QoS) issue in IoT systems. Its main objective is to design a scalable multilayer architecture (with edge/fog and cloud services) to satisfy the QoS requirements of real world IoT applications. Novel dynamic resource allocation schemes will be developed for IoT networks.

This project aims to strengthen the security infrastructure in Command Control software during real-time audio, video and application data transmission using WebRTC technology with a blockchain-based approach.

Addresses the problem of collecting IoT data using a fog (edge) computation based architecture, with novel complex event processing protocols.

Network-on-Chip (NoC) is a communication infrastructure for chips consisting of many processing elements. This project develops reconfigurable NoC architectures for high-performance embedded systems.

Examines eye tracking skills of children with ASD and develops AI-based decision support systems for early intervention programs in collaboration with medical researchers.

Develops energy-efficient topology control algorithms for wireless sensor networks using connected dominating sets to maximize operational lifetime.

A reliable hybrid critical area surveillance system that integrates wireless sensor networks with camera-based detection to mitigate shortcomings of individual monitoring approaches.

Developed a national broadband infrastructure roadmap for Turkey, following the global trend of countries investing over $100 billion in national broadband infrastructure.

Applies multi-objective genetic algorithms to solve coverage and connectivity optimization problems in wireless sensor networks while minimizing energy consumption.

Data mining techniques applied to social network user profiles for behavior analysis and recommendation generation.

In-network outlier detection protocols for fault-tolerant data aggregation in wireless sensor networks to improve data quality and network reliability.

Designed a WSN-based system to address border security challenges including smuggling and illegal immigration detection.

Developed the road map for Turkey's IPv6 transition process, conducting network analysis and simulations as a researcher.