Elham Akbari

Submitted: 14 February 2026 You are already at the latest version Deterministic lateral displacement (DLD) and related microfluidic sorting devices are typically evaluated based on the size distributions of particles collected at each outlet, even though the more relevant measure of performance is the probability that a particle of a given size ends up in a specific outlet.

The resilient tracking control of cyber-physical systems (CPSs) against actuator faults and sensor attacks has been extensively researched. Most existing efforts have considered actuator faults and sensor attacks separately and primarily rely on models. Achieving effective tracking control under these circumstances poses a significant challenge for designers. To address this, a novel approach is presented that simultaneously addresses both actuator faults and sensor attacks.