George David Tsitlauri
AI & SYSTEMS RESEARCH ENGINEER
From hardware to AI.
From hardware to AI.
Informatics & Telecommunications, University of Thessaly, Greece (2021–2026).
Data Management and Artificial Intelligence — combining theory with real hands-on projects.
Member of the Research Laboratory of Computer Architecture, Compilers and System Security.
Causal domain-invariant learning algorithm that enables AI models to generalize reliably across unseen domains and conditions.
Self-improving LLM research framework for iterative refinement, reasoning loops, and resource-constrained experimentation.
Training-free explainable deepfake-video detection framework using frequency-domain analysis and forensic signal cues.
Adversarial-audio and voice-forensics framework for spoofing analysis, deepfake detection, and audio-security evaluation.
Precision-medicine and biomedical-informatics framework integrating genomics, health records, biomedical knowledge graphs, and causal reasoning.
Biomedical AI framework for multimodal biosignal analysis, anomaly detection, explainability, and federated-health experimentation.
Adaptive education research framework that models why learners struggle and dynamically adjusts learning paths using causal tutoring algorithms.
Hybrid search framework combining classical and neural retrieval with causal reranking to improve result relevance across text and multimedia queries.
Behavioral-finance research framework linking internet sentiment and NLP signals to cryptocurrency market dynamics.
AI security research platform covering offensive, defensive, forensic, and intelligence modules — with co-evolutionary attacker/defender simulation, reverse engineering, and malware analysis.
Standalone co-evolutionary engine for adversarial strategy search, where attacker and defender populations evolve independently to discover non-obvious attack/defense equilibria.
Cross-domain AI intrusion-detection framework designed to transfer across cyber-physical and IoT environments without retraining on target data.
GPU-accelerated zero-knowledge machine-learning system for verifiable neural-network inference.
Distributed cloud-autonomy framework combining digital twins, orchestration, governance, and intelligent control.
End-to-end systems research platform spanning compiler construction, MIPS code generation, CPU simulation, parallel execution, and hardware validation.
From-scratch Java database-engine research project covering storage, B+-tree indexing, MVCC transactions, and an ML-learned query optimizer.
Unified computational theory and discrete mathematics research framework covering the full Chomsky hierarchy, Turing machines, NP-completeness, and decidability, with the LOGOS formal verifier.
SDN/cloud orchestration research platform for multi-objective service placement and network-aware optimization.
Edge-IoT scheduling and offloading research framework using causal structures and multi-objective decision policies.
Game-theoretic distributed microkernel research with Nash-equilibrium scheduling and lock-free IPC for edge-AI workloads.
Hybrid quantum-classical security research platform for post-quantum reasoning and risk-aware intrusion analysis.
Secure CPU-extension research project combining 3D-stacked memory with hardware cryptographic extensions, custom assembler, and runtime integrity validation.
Evolutionary robotics and optimization framework for co-designing morphology, controllers, and adaptive behaviors.
AI-native software-defined radio framework for learned modulation, channel adaptation, and intelligent signal processing.
Semantic-communication and split-inference research framework for adaptive 6G-style AI-native transmission.
Multi-language signal-processing framework (Python, Julia, R, Octave) covering arithmetic coding, rate-distortion theory, and Markov-channel modeling.
Neural rendering research framework for real-time perception and visualization on consumer GPUs.
Robotics autonomy research platform for control, planning, navigation, and multi-agent coordination experiments.
Autonomous UAV-swarm research architecture centered on edge AI, resilience, and explainable decision-making.
Multi-domain maritime systems research framework combining GIS, CAD, optical networks, and TRIDENT optimization.
Design and implementation of an FPGA-based encrypted instruction-set processor.
Intermediate-representation optimizer with analysis passes and compiler optimizations for the CCC toolchain.
Distributed consensus implementation inspired by Byzantine agreement and signature-based coordination.
Collection of advanced machine-learning and deep-learning implementations across vision, generation, and optimization tasks.
Kubernetes-based weather application with autoscaling and load-aware deployment behavior.
Video-coding experiments tailored to machine-learning and machine-vision applications.
Reinforcement-learning implementations and experiments across core algorithms and environments.
Data-mining project for tourism datasets, trend analysis, and pattern discovery.
Public-facing website about the island of Skyros with informational content and visitor-oriented presentation.
Public-facing website for Ostrich Zoo Park with visitor information and general presentation.
E-commerce website for online product presentation and storefront workflows.
Native
Native
ECCE, University of Michigan