Acceleration Techniques for Analysis of Microstrip Structures

R. Pomarnacki, A. Krukonis, V. Urbanavicius


This paper discusses the acceleration techniques for analysis of microstrip structures. Accurate calculation of parameters of such structures with numerical techniques requires the solution of dense matrix equations involving thousands of unknowns. Solution of this large problem takes long time. In this paper we present three techniques for such computations acceleration: parallel algorithm implemented in computer cluster, sparse bound-matrix technique, and graphic processing unit in conjunction with CUDA technology. The execution time and speed-up of proposed techniques are evaluated through comparing of different numbers of processors and unknowns. The results indicate that all presented techniques can significantly reduce computation time.



Microstrip structures; parallel algorithm; sparse bound-matrix; GPU; CUDA technology

Full Text: PDF


  • There are currently no refbacks.

Print ISSN: 1392-1215
Online ISSN: 2029-5731