This work describes numerical integration and solution for ordinary differential equations by the Taylor series by different types of integrators. The next part is a description of floating point and fixed point arithmetic. Subsequently, we are presenting designs and calculation methods for parallels multiplication and division integrators in floating point and fixed point arithmetic. The designs were realized in VHDL and implemented on FPGA. Finally we summarizes the proposed solution and compare time complexity with another numerical methods
Majority of numerical integration algorithms are written in software and require a long time to init...
This article deals with a high order integration method based on the Taylor series. The paper shows ...
In this paper, it is shown that FFT algorithms using floating point numbers can be implemented on an...
This work deals with the numeric integration. The reader is acquainted with the numerical solution o...
The thesis deals with numerical integration and hardware division operations. The reader is familiar...
This thesis deals with the concepts of numerical integrator using floating point arithmetic for solv...
This work deals with numerical integration and division operation. The reader is acquainted with the...
The objective of this work is to get familiar with numerical solution of differential equations. The...
This work discusses the application of numerical methods for solving differential equations using th...
Conventionally, numerical integration algorithm is executed in software and time consuming to accom...
Conventionally, numerical integration algorithm is executed in software and time consuming to accom...
This thesis proposes a new application for Field Programmable Gate Array in the acceleration of the ...
This work deals with the automatic control of numerical calculations. The reader is acquainted with ...
This paper describes the hardware implementation methodologies of fixed point binary division algori...
UnrestrictedDue to the constant advances in VLSI technology and the prevalence of many applications ...
Majority of numerical integration algorithms are written in software and require a long time to init...
This article deals with a high order integration method based on the Taylor series. The paper shows ...
In this paper, it is shown that FFT algorithms using floating point numbers can be implemented on an...
This work deals with the numeric integration. The reader is acquainted with the numerical solution o...
The thesis deals with numerical integration and hardware division operations. The reader is familiar...
This thesis deals with the concepts of numerical integrator using floating point arithmetic for solv...
This work deals with numerical integration and division operation. The reader is acquainted with the...
The objective of this work is to get familiar with numerical solution of differential equations. The...
This work discusses the application of numerical methods for solving differential equations using th...
Conventionally, numerical integration algorithm is executed in software and time consuming to accom...
Conventionally, numerical integration algorithm is executed in software and time consuming to accom...
This thesis proposes a new application for Field Programmable Gate Array in the acceleration of the ...
This work deals with the automatic control of numerical calculations. The reader is acquainted with ...
This paper describes the hardware implementation methodologies of fixed point binary division algori...
UnrestrictedDue to the constant advances in VLSI technology and the prevalence of many applications ...
Majority of numerical integration algorithms are written in software and require a long time to init...
This article deals with a high order integration method based on the Taylor series. The paper shows ...
In this paper, it is shown that FFT algorithms using floating point numbers can be implemented on an...