This mathematical framework studies the evolution of systems over time, emphasizing interactions and changes. Utilizing differential equations, probability and chaos theory, researchers aim to uncover underlying principles governing phenomena, allowing for control and optimization of dynamic systems.
4 result(s)
Building Proposal Development Evaluation with Artificial Intelligence
Varvitsiotis Antonios (Pi), 2022, Urban Redevelopment Authority (URA), 3 years

Building Proposal Development Evaluation with Artificial Intelligence

Computer Science Approaches to Quantum Computing for Finance
Varvitsiotis Antonios (Pi), 2022, Quantum Engineering Programme (QEP) 2.0, 3 years

Computer Science Approaches to Quantum Computing for Finance

Analysis of Optimization Algorithms Using Sum of Squares
Varvitsiotis Antonios (Pi), 2020, SUTD, 3 years

Analysis of Optimization Algorithms Using Sum of Squares

Adaptive Learning for Interactive Agents and Systems
Varvitsiotis Antonios (Pi), 2020, ANR-NRF, 3 years

Adaptive Learning for Interactive Agents and Systems