E-CoRe E-CoRe Energy-Efficient Computing via Reversibility
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    Reversible Programming Languages Reversible Algorithms Compilation & Architectures Applications
    Reversible Programming Languages
    • Reversible Programming Languages
    • Concurrency and Distribution in Reversible Languages
    • Formal Verification Techniques for Reversible Languages
    Reversible Algorithms
    • Reversible Sequential General-Purpose Algorithms
    • Reversible Concurrent and Distributed Algorithms
    • Partially Reversible Algorithms
    Compilation & Architectures
    • Compilation Principles and Techniques for Reversible Languages
    • Design and Simulation of Adiabatic Architectures
    • Design and Simulation of Reversible Neuromorphic Architectures
    • Realisation of Energy-Efficient Custom Adiabatic Circuits
    Applications
    • Energy Efficiency in Blockchains
    • Energy Efficiency in Cyber-Physical Systems
    • Energy Efficiency in Machine Learning
    Reversible Programming Languages
    Reversible Algorithms
    Compilation & Architectures
    Applications
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E-CoRe

Energy-efficient Computing via Reversibility

Pioneering Sustainable Digital Infrastructure through advanced research in reversible computing paradigms.

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E-CoRe is an MSCA Doctoral Network funded by the European Union's Horizon Europe research and innovation programme under the Marie Sklodowska-Curie grant agreement No. 101226672. Views and opinions expressed are those of the author(s) only and do not necessarily reflect those of the European Union or the European Commission. Neither the EU nor the EC can be held responsible for them.

Focus areas: Reversible Computing · Green Computing · Energy Efficiency · Doctoral Networks
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