Completed C3.ai DTI projects
Digital Futures is a member of the C3.ai Digital Transformation Institute and collaborates with UC Berkeley, California Institute of Technology, the University of Illinois at Urbana-Champaign, MIT and Princeton.
C3.ai DTI’s research focuses on the intersection of artificial intelligence, machine learning, the Internet of things, cloud computing, big data analytics, economics, organizational behaviour, public policy, and ethics. C3.ai DTI research analyzes new business operation models, develops methods for organizational change management, investigates methods for protecting privacy, and advances dialogue related to the ethical implications of AI.
Central to the Institute’s research is the development and validation of algorithms and designs that can dramatically improve societal systems, for example, in healthcare, transportation, education, and national security.
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AI-based prediction of urban climate and its impact on built environments
Develop AI-based CFD simulation to realise accurate and fast predictions of urban climate and the built environment...
Data-driven control and coordination of smart converters for sustainable power system using deep reinforcement learning
Address the voltage instability caused by a high ratio of renewables in sustainable power grids...
Learning in Routing Games for Sustainable Electromobility
Employ large-scale simulation, learning, and game theory to develop sustainability-aware traffic routing tools. The tools will leverage and fuse heterogeneous, noisy, and...
Machine Learning for Power Electronics-enabled Power Systems: A Unified ML Platform for Power Electronics, Power Systems, and Data Science
A family of C3.ai-enabled methods for learning, optimization, and system stability analysis of grid-tied inverters and power electronics-based power systems...
Optimisation of Agricultural Management for Soil Carbon Sequestration Using Deep Reinforcement Learning and Large-Scale Simulations
Build a simulator to model and simulate the complex soil-water-plant-atmosphere interactions, which will run on high-performance...
Physics-aware AI-based Approach for Cyber Intrusion Detection in Substation Automation Systems
Multiple use-inspired AI innovations that crucially leverage concurrent capabilities of SAS to transform cyber security of power systems...