A study on Management of Design of Electonics Device for The Performance of Mathematical Computations using FPGA
Published: 2012
Author(s) Name: Neeta Choubey, Parag Parandk |
Author(s) Affiliation: Oriental university, Indore
Locked
Subscribed
Available for All
Abstract
FPGA (Field Programmable Gate Array) is one of
the most powerful and successful tools for the
development of real time systems. It is also one of
the most widely used. A calculator is an example of
such a real time system. This project aims to design
a simple calculator using FPGA. The calculator would
be able to perform basic calculations such as addition,
subtraction, multiplication and division. The system
was designed using VHDL (Very high speed
integrated circuit Hardware Description Language).
The target board used was a Xilinx Spartan 3A series,
the VHDL codes were targeted to the board using
Xilinx ISE. A numeric keypad was used as the input
device and the onboard LCD of the target board was
used as the output device.
The whole system design was divided into 3 phases.
The first phase included capturing of the user inputs,
in this case numbers and operators, entered via the
numeric keypad. The second phase would then use
the user inputs and perform the requested
calculations. The third phase would display the
captured user inputs as well as the calculated results
on the onboard LCD of the target board.
Keywords: N.A.
View PDF