News & Events
Enhancing power grid safety through Robust Fault Location research
New research at FRS increases the efficiency and reliability of detecting issues in power networks.
FRS applications for better decision-making
FRS applications facilitate critical infrastructure and climate change investigation, measure resilience to what-if scenarios, and support decision-making.
ResQ-IOS: A framework for quantifying the resilience of interdependent infrastructure systems
FRS researchers developed the ResQ-IOS, a computational tool for modeling, optimising, and quantifying the resilience of interdependent critical infrastructure networks.
Bolstering societies’ resilience through high social trust levels
This FRS working paper outlines how social contracts and social trust are key building blocks of social resilience.
A robust-stochastic optimisation approach for a logistics planning problem
This FRS Technical Note details a tool based on optimisation under uncertainty to address planning issues for training events for Singapore's Defence Science and Technology Agency (DSTA).
Trust as the bedrock of social resilience
This Note explores how trust builds social resilience by supporting well-functioning social contracts.
Long-term solar PhotoVoltaic (PV) planning
An economic-driven robust optimisation approach
Describe-Disrupt-Determine: A review of resilience analysis for cyber-physical systems
Dr Beatrice Cassottana of FRS and her co-writers propose a three-step resilience assessment framework for Cyber-Physical Systems (CPS).
Street-level traffic flow and context sensing analysis through semantic modelling
Using multisource geospatial data, FRS researchers propose a geo-semantic framework to explore the relationship between multi-hierarchical urban context and street-level traffic flow.
Modelling fortification strategies for network resilience optimisation
Using Immunisation and Mitigation strategies, FRS researchers and their team model fortification strategies on a transmission network for more resilient and cost-effective solutions.