molecular-communication

In this research project, we consider a molecular communication system that is made of a 3D unbounded diffusion channel model without flow, a point transmitter, and a spherical absorbing receiver. In particular, we study the impact of inter-symbol interference and analyze the performance of different threshold-based receiver schemes. This resear…

Simulation code and data reproducing "An Open-Quantum-Systems Theory of Quantum-Biological Communication Channels" (IEEE TMBMC).

Model self assembly of particles using Inverse Gaussian Noise

GPU-accelerated Monte Carlo molecular communication simulator. 2,000x speedup over CPU for particle diffusion in blood vessels.

Channel capacity of Inverse Gaussian channel

This repository contains codes developed in 2022 to simulate the proposed Mobile Human Ad Hoc Network model to simulate the infectious disease spread based on airborne transmission.

Mutual Information of Relay Channel

Browser-based simulations of end-to-end communication-theoretic models for photosynthetic molecular networks, covering quorum sensing, airborne VOC, electrical, and bioluminescent optical channels (IEEE TMBMC, 2026).

This repository contains MATLAB codes developed in 2018 to simulate the proposed model in Atakan, B., & Gulec, F. (2019). "Signal reconstruction in diffusion-based molecular communication." Transactions on Emerging Telecommunications Technologies, 30(12), e3699.

RD-GKAN: an interpretable, physics-constrained Graph Kolmogorov–Arnold Network that learns reaction–diffusion dynamics and recovers symbolic kinetics for molecular communication.