Research & Development Projects
Exploring the intersection of communications, security, and artificial intelligence
Reconfigurable Satellite Communications
Space-BACN: Space-Based Adaptive Communications Node
Development of reconfigurable optical communications terminals for low Earth orbit (LEO) satellite constellations, enabling seamless inter-satellite and ground-to-satellite communications.
5G and Beyond Communications
End-to-End Communications Project
A self-driven, open-source framework for simulating end-to-end digital communication systems, including modulation, error correction, OFDM, and performance analysis.
POCO: A Fast SC Polar Decoder
Open-source implementation of efficient decoding algorithms for 5G NR polar codes, including SC, SSC, and various Fast-SSC flavors with configurable parameters.
5G PHY Development for Tactical Communications
Development of Software-Defined Radio (SDR) solutions for tactical 5G communications at Octasic, focusing on flexible PHY layer implementation and optimization for military-grade requirements.
Machine Learning Competition for 5G
Created and hosted a Kaggle competition focused on 5G control channel transmission challenges, providing researchers with real-world data for ML applications in wireless communications.
Universal Decoding Research
Universal Decoding - From Theory to Practice
Hardware implementation and analysis of universal decoding algorithms for next-generation wireless systems.
Security & AI Applications
Physical Layer Security as a FEC feature
Novel approaches to integrate security features directly into the Forward Error Correction layer, developed during research at Boston University/MIT to combat jamming attacks.
Personalized LLM-based Chatbots
Development of customized chatbot solutions using Large Language Models at FluentForce AI, focusing on B2B applications and enterprise-grade AI implementations.
