All explainers

Learning from traffic management to speed up the energy transition - by Fabian Böhm

Extract georeferenced vehicle trajectories from drone videos - by Robert Fonod

Use distributionally robust Stackelberg games to make decisions - by Zheyu Wu

Meta-learning, the secret to fast recalibration of controllers - by Salma Elfeki

Can batteries support Run-of-River power plants during periods of low electricity prices? - by Yannick Schüpbach

A computational approach to uncover hidden opinion dynamics - by Michelle Egger

Using real-time sensors to detect early warning signs of power grid instability - by Ioannis Papadopoulos

Optimize your heat pump to stay warm, earn money, and support the grid - by Boxuan Yao

System Identification Methods leveraging Backpropagation - by Muhammad Zakwan

A divide-and-conquer approach to plan under constraints - by Panagiotis Grontas

Strategy guidance for teaching robots to stay within safe bounds - by Nicholas Behr

How smart incentives can keep the grid stable - by Jonas Matt

Finding an optimal strategy for curling - by Patrick Oberlin

Balancing climate goals in battery-electric train design - by Seraina Wurster

Optimising long-term decisions using short-term insights - by Junan Lin

Using SoS optimisation to find a robust controller for unknown systems - by Caroline Gärtner

Real-time tracking under real-life constraints - by Anastasis Vlachos

Preventing blackouts in the age of renewables - by Emma Laub

A way to find happiness? - by Claudia Fischer

How small-scale devices work together to stabilise the power grid - by Jan Brändle

Data-driven control helps to reduce traffic congestion - by Philippe Brigger