Progress in hardware for computer simulations

Robust Controller Design Based-on Aerodynamic Load Simulator Identification Driven by PMSM for Hardware-in-the-Loop Simulations

Aerodynamic load simulators generate the required time varying load to test the actuator’s performance in the laboratory. Electric Load Simulator (ELS) as one of variety of the dynamic load simulators should follows the rotation of the Under Test Actuator (UTA) and applies the desired torque to UTA’s rotor at the same time. In such a situation, a very large torque is imposed to the ELS from the...

A Hardware Accelerator for Biochemical Simulations

Mathematical simulation of biological processes is a big challenge in both of biology and computer science. This enables biologists to approach the mechanism of life as systems, however, it’s an extremely computation intensive tasks. We’ve developed an FPGA-based hardware accelerator for biochemical simulations. This accelerator has a dedicated pipeline to solve ODEs by its dedicated pipeline m...

Computer Simulations for Macromolecular Science

Macromolecules, or in the most simple version chain molecules of a given length posed and still pose a significant challenge to theoretical physics and chemistry. The computational materials science emerging from this is a growing and exciting field of science. Despite remarkable progress over many years, which is well documented in many research papers and several reviews, only (few) rather si...

Reversible Computer Hardware

Recent progress in the study of G protein-coupled receptors with molecular dynamics computer simulations.

G protein-coupled receptors (GPCRs) are a large, biomedically important family of proteins, and the recent explosion of new high-resolution structural information about them has provided an enormous opportunity for computational modeling to make major contributions. In particular, molecular dynamics simulations have become a driving factor in many areas of GPCR biophysics, improving our underst...