Session I: Fundamental limits in energy consumption of computing

• Sub-kBT micro-electromechanical irreversible logic gate
  M. López-Suárez​ (NiPS Lab, UNIPG) - Abstract - Slides
   
• Fundamental Heat Dissipation Limits in Logic Circuits
  I. Ercan (Boğaziçi University) ​- Abstract - Slides
   
• Fundamental thermal machines for the thermodynamics of computation
  D. Chiucchiù (NiPS Lab, UNIPG)​ - Abstract - Slides

Session II: Novel architectures and devices for energy efficient computing

• Single-electron devices and circuits:  An alternative route to conventional computing
  F. Gonzalez Zalba (Hitachi Cambridge) - Abstract - Slides
   
• Comparing CMOS and NEMS adiabatic circuits: A system
  S. Houri (TU Delft)​ - Abstract - Slides

• Fundamental energy limits in the physics of nanomagnetic binary switches
  M. Madami (UNIPG)​ - Abstract - Slides
   
• Silicon Nanowires Transistors for Quantum Information Architectures
  P. Douglas (University of Glasgow) - Abstract
   
• Impact of Delay Propagation on NTV PCMOS Design
  G. Gillani (Univ. Twente) - Abstract
   
• An Ultra-low-power NVM-based Multi-core Architecture for Embedded Bio-signal Processing
  R. Braojos (EPFL) - Abstract

Session III: Efficient Energy harvesting for autonomous devices

• Kinetic Energy Harvesting based on electrostatic transduction
  P. Basset (ESIEE Paris) - Abstract
   
• Kinetic energy harvesting at microscale: current progress and perspectives
  D. Galayco (UPMC Paris) - Abstract
   
• MEMS-based energy harvester
  C. Rusu (ACREO​) - Abstract - Slides
   
• Underwater piezoelectric energy harvester
  F. Orfei (NiPS Lab, UNIPG) - Abstract - Slides
   
• Optimized Photovoltaic Solar Cells combined with High Thermal Efficiency
  L. Ferre Llin (University of Glasgow) - Abstract
   
• Highly Doped Silicon-Germanium Thermoelectric Module: Design and Microfabrication
  F. Mirando (University of Glasgow) - Abstract - Slides
   
• Developing PiezoMEMS Vibration Energy Harvesters for IoT
  N. Jackson (Tyndall National Institute) - Abstract

Session IV: Energy aware software

• Energy-optimization for Dataflow Applications using Timed Automata
  J.C. van de Pol (Univ. Twente​) - Abstract - Slides
   
• Navigating the PET Triangle: An industrial perspective on Power-Energy-Time tradeoffs in IoT devices and beyond
  Z. Chamski (MpicoSys) -Abstract - Slides
   
• Programming energy aware systems in Safety Critical Java
  B. Thomsen (Univ. Aalborg) - Abstract - Slides
   
• Energy Centric Quantitative Model Checking
  K. Larsen (Univ. Aalborg)​ - Abstract - Slides
   
• Energy Centric Quantitative Model Checking
  A. Legay (Univ. of Aalborg) - Abstract - Slides
   
• An Energy-Aware Programming Approach for Mobile Application Development Guided by a Fine-Grained Energy Model
  J. Gallagher (Roskilde Univ. and IMDEA Software Institute) - Abstract - Slides

Session V: HPC energy constraints towards exascale computers

• Efficient Cooling Methods of large HPC Systems
  R. Lohner (Karlsruhe Institute of Technology) - Abstract - Slides
   
• CAM Cell Design Based on Nano-Electro-Mechanical Switch and CMOS for Highly Efficient Processors
  A. Seyedi (BSC) - Abstract