Integration-Segregation Trade-off
Research on how dynamic functional brain networks balance efficient information spreading with segregation under constrained connection costs.
Selected research, data science, and applied systems work, with a few complementary web projects included as tool-building practice.
Core projects focused on modeling, reproducible pipelines, network analysis, language tooling, and decision-oriented analytics.
Research on how dynamic functional brain networks balance efficient information spreading with segregation under constrained connection costs.
Maintained toolkit for constructing, simulating, and analyzing temporal networks, with documented measures of integration, segregation, reachability, and dynamism.
Reproducible time-series analytics pipeline for commodity price data, from ingestion and feature engineering to modeling and evaluation.
Reproducible pipeline to study how staged structural degeneration alters dynamical activity in spiking neuronal networks.
Analysis of how edge removal impacts controllability and observability in complex networks using maximum matching theory.
Selected applications demonstrating interface development, API integration, deployment, and interactive scientific tooling.
Deterministic orthographic normalization framework for Amharic, featuring a reversible canonical representation (CAR), ambiguity-aware Latin decoding, and bidirectional punctuation standardization.