How can we use stochastic optimization to improve pipe routing in ships?

Can a simple random graph model generate synthetic power networks with realistic topological properties?

How can we use multi-agent reinforcement learning to dynamically adjust the topology of power grids?

How to optimally tree-partition power systems as alternative to intentional controlled islanding?

How do the transition between stable states most likely happen for the hard-core model?

How to price uncertainty in multi-stage electricity markets?

How to identify the most impactful dynamic load-altering attacks?

What are the features of the most impactful dynamic load-altering attacks?

How long does it take for dense communities to change opinion?

How to respond to line failure using frequency regulation that synergizes with the network topology?

Which interface subnetwork are best to connect sub-grids aiming to improve their robustness?

How to improve the Basin Hopping method for global optimization with nonlocal random perturbations?

How to describe nonstationary queues and their dynamics using Dyck paths?

How to efficiently sample from target densities with non-convex support? Introducing the Skipping Sampler

How to use spectral graph theory to improve power networks robustness against cascading failures?

How does the network topology affect failure propagation in power systems? Here’s comprehensive theory in two parts!

How does the network topology affect failure propagation in power systems? Here’s a comprehensive theory in two parts!

How to combine fast-scale frequency control with line switching to make power networks more robust?

How to optimally cope with correlated stochastic fluctuations in power systems?

Is it possible to react only locally yet efficiently to line failures in power systems?

Can stochastic power fluctuations cause spikes of Local Marginal Prices and how likely are they?

A distributed control strategy operating on the frequency regulation timescale with provable failure mitigation properties and localization guarantees

How does this interacting particle system with multiple equilibria behave in the low-temperature limit?

How do the hitting and mixing times of this interacting particle system behave in the low-temperature limit?

Seeking an optimal trade-off between throughput and delays in multi-channel (CSMA) random-access networks

How to efficiently sample rare events in power systems? Introducing the Ghost Sampler

How do line failure propagate in power systems? Graph theory comes to rescue!

How can correlated stochastic fluctuations in power systems cause cascading failures and blackouts?

How does the asymptotic tunneling between the two stable equilibria scale for this interacting particle system?

How to use concentration inequalities to estimate failures in power systems?

How to minimize losses using controllable loads in power systems affected by uncertainty?

How to improve the performance of multi-channel CSMA algorithm with channel bonding?

How to expand the metastability theory to the case of multiple stable equilibria and how to apply to the finite-volume hard-core model?

How to use interacting particle systems to describe and predict the performance of wireless networks?

How do CSMA-like algorithms behave on partite interference graphs in the heavy-traffic limit?

How to model and characterize the performance of advanced wireless protocols using Markov processes?

How does temporal starvation in wireless networks scale with the network size?

How well do CMSA-like algorithms perform on complete bipartite graphs?

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