Latest Articles for Systems Theory

This paper investigates new problems in affine continuous VASS models.

Examining how systems sync their movements and behaviors efficiently.

A look at the Toda lattice and its significance in various fields.

This article discusses the mechanics of tile assembly in scientific contexts.

Discover how cycloids help model synchronization in processes across various fields.

Exploring how GMFGs model diverse interactions among agents in complex systems.

New methods improve distributed optimization without complex parameter settings.

Research reveals long-range order in two-dimensional systems despite traditional theories.

Fixed nodes in directed acyclic graphs are vital for network control.

This article examines how various interactions shape system behavior over time.

A look at methods for learning and verifying system behaviors over time.

Exploring how agents learn and adapt through structured active inference.

Understanding how robots can learn about their environments independently.

A look into how systems can be observed and understood through their statistics.

An overview of complex adaptive systems and their significance in various fields.

A look into the behavior of the van der Pol oscillator and its applications.

Exploring duoidal categories and string diagrams to model complex relationships.

New models provide insight into complex systems by focusing on individual components.

This study examines how boundary conditions affect relaxation time in one-dimensional physical systems.

Exploring how linear state space models learn and what shapes their dynamics.

This article explains key concepts in dynamical systems and their applications.

Explore the dynamics of delay differential equations with unimodal functions and their applications.

Research shows how environments can enhance energy transport in quantum systems.

An overview of parameterized systems and their verification challenges.

Explore the role of tropical matrices in understanding dynamic systems and their stability.

Investigating how diagonal elements influence system stability.

Examining how energy loss influences behavior in dynamic fractional systems.

A look at how the Kinetic Ising model studies materials in different conditions.

Examining the costs and roles of regulation in biological and human systems.

This article explores how attractors influence system behavior over time.

Examining how noise influences behavior and transitions in non-equilibrium systems.

A look into how Bratteli diagrams represent complex dynamical systems.

This article examines discrete-time systems and their complex behaviors through simplified models.

A study on how AI can work together to handle disruptions effectively.

Discover how -contact geometry enriches the study of complex systems.

Learn how cycloids can maintain efficiency even through process failures.

Researchers develop pseudometrics to compare nonlinear dynamical systems effectively.

Explore how circuits behave between chaos and order through simple changes.

Research on estimating dynamics from noisy and bilinear measurements.

A simple breakdown of quantum states and their interactions through Schmidt decomposition.