DEDALUS
Data Management Using Quantum Computing Technologies
With quantum computing, efficient search across larger spaces will enable the selection of better (optimal) execution plans, offering significant potential for query optimization.
Overview
DEDALUS follows a modular, end-to-end architecture that transforms query answering of an SQL query into a quantum-amenable optimization (JOO – Join Order Optimization) problem and resulting in an optimized plan executed over a live database (PostgreSQL). Throughout this process, all available compute units may be utilized, including the classical CPU as well as Cloud QPUs and Hybrid Systems.

Access Interface
The user interface GUI/CLI enables execution of queries and direct comparison between quantum and classical runtimes.
Search Space Pruning
The system filters invalid join combinations using join-graph structure, reducing QUBO size and improving solver execution.
Cost Estimation
A machine learning-based decision support system that recommends whether to execute join order optimization using quantum or classical solutions (solvers).
News & Updates
Our Team

Prof. Haridimos Kondylakis
Associate Professor at CSD-UOC, Affiliated Researcher at ICS-FORTH

Prof. Dimitris Plexousakis
Director at ICS-FORTH, Professor at CSD-UOC

Prof. Vasilis Efthymiou
Assistant Professor at Harokopio University of Athens, Affiliated Researcher at ICS-FORTH

Prof. Yiannis Tzitzikas
Professor at CSD-UOC

Prof. Kostas Magoutis
Professor at CSD-UOC

Dr. George Stamatiou
Postdoctoral Researcher at ICS-FORTH

Dr. Manos Limnaios
PhD Student at CSD-UOC

Markos Stergiopoulos
BSc Graduate from CSD-UOC, R/D Engineer

Efthimis Papageorgiou
MSc Student at CSD-UOC


