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In this paper, a Continuous Galerkin Finite Element Method has been used to build a suitable framework to numerically analyse semiconductor devices for various applications in electronics industry. Streamline upwind Petrov-Galerkin (SUPG) stabilization technique has been utilized to calculate the flux (flow of charge) in the device effectively. SUPG stabilization technique has been proved to be better...
There are many engineering simulations and scientific computing applications where large linear system of equations are to be solved. With the generous development in scientific computing the use of large linear system of equations also increases. There are many solvers for solving these equations. Jacobi is one of the important solvers for solving linear system of equations. Jacobi method is more...
Conjugate Gradient method is a very efficient iterative method for solving large systems of equations arising from real life scientific computing applications. In this paper we present the Conjugate Gradient method and its variants in brief. We also present a comparative analysis of implementations of this method on various platforms like FPGAs, GPUs etc which are suitable for High Performance Computing.
This paper proposes a unique embedded system architecture which results in a multi-purpose, auto-programmable, reconfìgurable and power efficient embedded system. The proposed architecture involves single microcontroller along with another digital system and a low cost memory chip to perform a large number of tasks, thus eliminating the use of large number of microcontrollers, by performing tasks...
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