Research Interests

I am part of the Service-Oriented, Cloud and Fog Computing (SOCC) research group. My research interests include, but are not limited to, what follows.
  • Software Engineering for Quantum Computing
  • Quantum Computing, Software Engineering, Hybrid Classical-Quantum Cloud & Services, Hybrid Classical-Quantum Ecosystems, Service Engineering, Quantum Languages & Abstractions.
  • Orchestration of Multi-Service Applications over the Cloud-Edge Continuum
  • Multi-Service Application & Microservices, Cloud-Edge Continuum, IoT Devices, Continuous Management & Continuous Reasoning, Declarative Methodologies, QoS-aware Orchestration, Monitoring of Geographically Distributed Systems, Smart Environments & Sustainable Objectives.

Prototypes

  • Prototypes
  • Quantum Broker - A fully customisable and interoperable quantum tool to distribute quantum computations among multiple quantum computers.
    DetailsRepository
  • cloudWatcher - An open-source prototype tool to perform highly customisable fault and performance monitoring across multiple Clouds.
    DetailsRepository
  • FogBrainX - Continuous Reasoning for managing next-gen Cloud-Edge applications in continuity with the CI/CD pipeline.
    DetailsRepository
  • Solomon++ - A declarative framework to specify customisable policies for mediating contrasting (user and/or global) goals and actuator settings in smart environments.
    DetailsRepository

Other Activities