Stability Results for Cellular Neural Networks with Time Delays. - Daniela Danciu; Vladimir Rasvan (IWANN, 2005)

Dynamics of Neural Networks - Some Qualitative Properties. - Daniela Danciu; Vladimir Rasvan (IWANN, 2007)

A Unifying Point of View in the Problem of PIO - Pilot In-the-loop Oscillations. - Vladimir Rasvan; Daniela Danciu; Dan Popescu 003 (ICINCO-SPSMC, 2008)

On frequency domain stability inequalities for systems with slope restricted nonlinearities. - Vladimir Rasvan; Daniela Danciu; Dan Popescu 003 (ECC, 2009)

Gradient Like Behavior and High Gain Design of KWTA Neural Networks. - Daniela Danciu; Vladimir Rasvan (IWANN (1), 2009)

Neural Networks and Equilibria, Synchronization, and Time Lags. - Daniela Danciu; Vladimir Rasvan (Encyclopedia of Artificial Intelligence, 2009)

Bio-inspired Systems. Several Equilibria. Qualitative Behavior. - Daniela Danciu (IWANN (2), 2011)

Systems with Slope Restricted Nonlinearities and Neural Networks Dynamics. - Daniela Danciu; Vladimir Rasvan (IWANN (2), 2011)

Numerics for hyperbolic partial differential equations (PDE) via Cellular Neural Networks (CNN). - Daniela Danciu (ICSCS, 2013)

A CNN Based Approach for Solving a Hyperbolic PDE Arising from a System of Conservation Laws - the Case of the Overhead Crane. - Daniela Danciu (IWANN (2), 2013)

Nonlinear Feedback Control and Artificial Intelligence Computational Methods applied to a Dissipative Dynamic Contact Problem. - Daniela Danciu; Andaluzia Cristina Matei; Sorin Daniel Micu; Ionel Roventa (ICINCO (1), 2014)

On the Stabilization of the Flexible Manipulator - Liapunov based Design. Robustness.. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICINCO (1), 2014)

On Structures with Emergent Computing Properties. A Connectionist versus Control Engineering Approach. - Daniela Danciu; Vladimir Rasvan (IWANN (1), 2015)

A CNN-based approach for a class of non-standard hyperbolic partial differential equations modeling distributed parameters (nonlinear) control systems. - Daniela Danciu (Neurocomputing, 2015)

On Designing New Structures with Emergent Computing Properties. - Daniela Danciu; Vladimir Rasvan (ISNN (1), 2017)

Stability conditions in a water hammer model involving two delays. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICSTCC, 2019)

Low-Dimension Robust Computational Algorithm for a Linear Distributed Parameter Water Hammer Model. - Daniela Danciu; Florin Stînga (ICSTCC, 2019)

Control of a Time Delay System Arising From Linearized Conservation Laws. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (IEEE Access, 2019)

Stability of Surge Tanks in the Hydroelectric Power Plants - Structures and Problems. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICSTCC, 2020)

Controlling co-generation: conservation laws, modelling and Lyapunov synthesis. - Daniela Danciu; Vladimir Rasvan (Int. J. Control, 2020)

On Dynamic Models for Water Hammer. Criticalities and Challenges. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICSTCC, 2021)

Surge Tank Stability under Distributed Parameters. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICSTCC, 2022)

Water Hammer Stability for a Hydroelectric Plant with Local Nonlinear Hydraulic Losses. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ECC, 2023)

On (exponential) stability for systems with propagation phenomena. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICSTCC, 2023)

Around a Case of Huygens Synchronization. - Daniela Danciu; Dan Popescu 003; Vladimir Rasvan (ICSTCC, 2024)