Yusuf Osmanlıoğlu

Subnet Communicability: Diffusive Communication Across the Brain Through a Backbone Subnetwork

The paper introduces subnet communicability to model diffusive communication in the brain through a backbone subnetwork, showing it better couples structural and functional connectomes than previous models.

Choice of parcellation atlas might not be too critical for connectomic analysis

The paper investigates how different parcellation atlases affect deep learning tasks on structural connectomes for age and sex prediction, finding that atlas choice is generally not critical.

Analysis of structural network topology alterations in autism and its relationship with autism severity

This study uses a novel connectomic measure to identify structural connectivity alterations in ASD and links network topology changes to autism severity.

Connectomic Assessment of Injury Burden and Longitudinal Structural Network Alterations in Moderate-to-severe Traumatic Brain Injury

This study introduces a novel connectomic measure, NAS, to quantify structural network disruptions in TBI patients and shows its superiority over existing graph theory measures.

Connectomic consistency: a systematic stability analysisof structural and functional connectivity

This study systematically analyzes the consistency of structural and functional connectomes across different generation methods and populations, finding structural connectomes more consistent than functional ones.