Novel Approaches for Energy-Efficient Computing of the Future

Mission 10-X

drives the paradigm shift towards energy efficient, high performance and edge computing technologies, AI, models and algorithms, computer architectures, devices and materials, assuring the confluence of demonstrated and new technologies for a bright future of computing.

Mission 10-X leverages the knowledge in all these key areas

1: Novel Energy-Efficient Hardware

including Materials, Device, Circuit and Architecture Concepts for Brain-Inspired (neuromorphic) Computation, Atomic, Cryogenic, Opto-magnetic and Optical Computing, Energy-Efficient Nanophotonics, Storage, Quantum Machine Learning in 2D materials, Molecular Information Technology, Programmable Matter, Platform architectures, Hardware accelerators, and enabling systems.

2: Novel Energy-Efficient Software

including Complex Networks, Trustworthy resource-aware AI, Enhanced power efficiency using (Large Scale) Dataflow Computing, "Mathware", AI assisted software engineering, Geometric and Topological Algorithms, Design automation and enabling systems.

3: Novel Energy-Efficient Data Science applications

including Privacy-preserving Machine Learning Solutions for Society, Extreme Scale Data Analytics, Complex Networks, Geospatial Information Science, and enabling systems.