In this study, we develop a comprehensive framework to model the impact of cyberattacks on
safety, security, and head-to-tail stability of connected and automated vehicular platoons …

The concept of utilizing vehicle-to-everything (V2X) connectivity to improve the resilience of
automated vehicles in an environment where optical sensors may not provide reliable data …

We study the stabilization problem of a linear time-invariant system with an unknown
stochastic input delay. We propose to robustly compensate for the stochastic delay with a …

Deciding when to enforce or relax non-pharmaceutical interventions (NPIs) based on real-
time outbreak surveillance data is a central challenge in infectious disease epidemiology …

Delays and stochasticity have both served as crucially valuable ingredients in mathematical
descriptions of control, physical and biological systems. In this work, we investigate how …

The critical length that limits stabilizability for delayed proportional‐derivative‐acceleration
(PDA) feedback and for predictor feedback (PF) is analyzed for the inverted pendulum …

This article focuses on the equilibrium regulation problem of a class of uncertain linear
systems with stochastic input delay, where the delay is modeled as a Markov process with …

This paper proposes a unified probabilistic control framework for a class of stochastic
systems with both control input and state time delays. Both of the stochastic nature and time …

Extending classical frequency domain analysis to systems with time-varying delays remains
a challenge in the systems and control field. These systems are receiving a renewed interest …

This chapter focuses on nonlinear systems with a stochastic input delay, which can arise
from communication lags for instance. For input-delay systems, the use of prediction-based …