Synchronized Cell Motion without Fluid Interactions

Fluid-structure interactions using different mesh motion techniques

In this work, we compare different mesh moving techniques for monolithically-coupled fluid-structure interactions in arbitrary Lagrangian–Eulerian coordinates. The mesh movement is realized by solving an additional partial differential equation of harmonic, linear-elastic, or biharmonic type. We examine an implementation of time discretization that is designed with finite differences. Spatial d...

Designing Efficient, Synchronized and Reliable Motion Networks

SERCOS (SErial Real-time COmmunications System), the digital drive interface specified by international standard IEC 61491, has become a globally accepted real-time networking standard for demanding motioncontrol applications over the last decade. SERCOS is particularly interesting because of outstanding technical features like real-time capabilities, high performance, noise immunity, and last ...

Random Neural Networks with Synchronized Interactions

Large-scale distributed systems, such as natural neuronal and artificial systems, have many local interconnections, but they often also have the ability to propagate information very fast over relatively large distances. Mechanisms that enable such behavior include very long physical signaling paths and possibly saccades of synchronous behavior that may propagate across a network. This letter s...

Synchronized Interactions in Spiked Neuronal Networks

The study of artificial neural networks has originally been inspired by neurophysiology and cognitive science. It has resulted in a rich and diverse methodology and in numerous applications to machine intelligence, computer vision, pattern recognition and other applications. The random neural network (RNN) is a probabilistic model which was inspired by the spiking behaviour of neurons, and whic...

Fluid Dynamics Without Fluids