High-Performance Computing for Large-Scale Analysis, Optimization, and Control

Spatially variant periodic structures in electromagnetics

“…There are many directions for future work in this area. First, more work is needed to implement the algorithm described in appendix A on high-performance computing platforms [79,80] in order to generate larger and more complex lattices. More work is needed in connecting the tool with TO in order to build devices with arbitrary shapes.…”

Real‐Time Frequency‐Domain Decomposition for Structural Health Monitoring Using General‐Purpose Graphic Processing Unit

“…Previous studies used supercomputers and networks of distributed workstations for structural analysis, optimization, and control of structures (Hung and Adeli, ; Saleh and Adeli, , ; Adeli, ). Nowadays, a new parallel computing technology exists general‐purpose graphic processor unit (GPGPU).…”

GRID technology for structural analysis

“…Such algorithms include parallel solvers for linear systems of equations, techniques for the parallelization of the finite element method, and concurrent time-stepping algorithms for the solution of the motion equations arising in structural dynamic problems. Adeli reviewed the research papers published on parallel processing, supercomputing and distributed computing in analysis, optimisation an control of structures [17].…”