Future cloud platforms must be developed holistically and ground-up (and together with key industrial players) with sustainability as a core requirement. Moreover, the next-generation datacenters require innovation in integrated and co-designed technologies for cooling, electricity generation, storage, and management to maximize the use of renewables and sustainable energy utilization.

Minimal-energy computing and storage cloud platforms

The latest research in energy-efficient computing and storage is witnessing the emergence of heterogeneous logic and memory fabrics, including the integration of emerging nanotechnologies. This integration is calling for foundational IT systems design research in several avenues to reduce cost and power while scaling performance drastically.



CloudSuite

COLTRAIN

Containergy

Cool and the GaN

DBToaster

Designer Swimwear

Dynamatic

Efficient Real-time Analytics on General Purpose GPUs

Exploration of RRAM-Based Memory Solution for Edge Systems

Fast Parallel CAD for FPGAs

gem5-X

Heating Bits

Memory-centric Server Architecture

Midgard

NeMeSys

QFlex

Robustness of Biological Algorithms

Sustainable technology for SKACH

Training for Recommendation Models on Heterogeneous Servers

VISA

x-heep

Sustainable use of renewable energy in IT infrastructures

Next-generation datacenter (housing) infrastructure requires innovation in integrated and co-designed technologies for electricity generation, storage, and management to maximize renewables as a terminal in the electricity grid.



3D-ICE

CloudProphet

ECOGreen

Energy-Efficient Acquisition and Embedded Processing of Bio-signals

Integrated Power Delivery and Cooling Control

Multimodal and Personalized Methods for Health and Wellness Monitoring

Novel Cooling Techniques and Thermal-Aware Design