- Green energy aware scheduling problem in virtualized datacenters
- Cloud workload prediction and generation models
- Investigating Energy consumption and Performance trade-off for Interactive Cloud Application
- GPaaScaler: Green Energy aware Platform Scaler for Interactive Cloud Application
- End-to-end Energy Models for Edge Cloud-based IoT Platforms: Application to Data Stream Analysis in IoT
- Comparative Experimental Analysis of the Quality-of-Service and Energy-Efficiency of VMs and Containers’ Consolidation for Cloud Applications
- Leveraging Renewable Energy in Edge Clouds for Data Stream Analysis in IoT
- Balancing the use of batteries and opportunistic scheduling policies for maximizing renewable energy consumption in a Cloud data center
- Dimensioning of 112G Optical-Packet-Switching-Based Interconnects for Energy –Efficient Data Centers
- Towards energy-proportional Clouds partially powered by renewable energy
- Pulse amplitude modulation applied to extended Passive Optical Pod Interconnect, for small energy-aware data centers
- 112-Gbit/s Passive Optical Pod Interconnect for Small Data Centers Using Pulse Amplitude Modulation
- Enabling Green Energy awareness in Interactive Cloud Application
- The TASKINTERSECTION constraint
- Opportunistic Scheduling in Clouds Partially Powered by Green Energy
- Exploiting Renewable sources: when Green SLA becomes a possible reality in Cloud computing
- The EPOC project: Energy Proportional and Opportunistic Computing system
- Extended Passive Optical Pod Interconnect for small mono-site data centers
- Cloud Energy Broker: Towards SLA-driven Green Energy Planning for IaaS Providers
