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- 96%Jobs Completed
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- 96%On Time
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Create VHDL chess clock
“Great work, kept communication throughout project.”Thomas K. last week
Need help related to fpga and Vhdl
“Worst experience ever . Don't hire him otherwise you will suffer. Even Don't bother to reply. Don't Care about Your deadline even after giving extra time. After accepting project, he will start find some cheaper freelancer and ask them to work. I can't explain how much i have suffered because of him. Don't trust at him.. Alaass..........!”Ali R. last week
Nexys 4 Artix-7 Accelerometer
“Great freelancer! Willing to help out and go through issues in detail.”Said A. 2 weeks ago
“Great VHDL work. Great communication and works incredibly well in tight time frame. Even did some extra work after milestones were released. Will definitly hire again!”Rana T. 2 weeks ago
VHDL design a matrix multiplier .
“A true expert of vhdl and fpga if you have project dont miss him”Zhixian B. 2 weeks ago
Project for Ahmed M. -- 19/04/25 14:45:09
“Amazing, quick, and perfect work.”Vhdl S. 4 weeks ago
Verilog/VHDL/FPGA ExpertJan 2012
working since 2012 at [login to view URL]
Work experianceJul 2007
More than 5 years working in digital system design and Developing a complete VHDL Projects for Converting old digital systems based on TTL technology into small compact unites based on FPGA's.
Bachelor of Electronics Engineering2002 - 2007 (5 years)
Certificate of merit (2011)Thales Raytheon Systems
This Certificate has been awarded to me for the VHDL solutions that i had provided during the work in this project.
FPGA IMPLEMENTATION OF FLOATING-POINT COMPLEX MATRIX INVERSION BASED ON GAUSS-JORDAN ELIMINATION
This work presents the architecture of an optimized complex matrix inversion using GAUSS-JORDAN elimination (
FPGA Implementation Platform for MIMO-OFDM Based on UART
Most hardware designers use Simulink as a design platform because it contains many components that have hardware equivalent. In addition to that, it supports Matlab Co-simulation and hardware synthesis. Simulink is seen as a good platform for low complexity systems that do not require trimming analysis during the verification phase.
Rapid prototyping of MIMO-OFDM based on parity bit selected and permutation spreading
In this paper, a novel transmission scheme is developed to effectively combine permutation spreading technique with MIMO-OFDM to obtain improved bit error rate performance in the presence of frequency selective fading channels with low system complexity.
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