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Project for Ahmed M. -- 2
“great !!”wladyVe la semana pasada
68HCS12 Dragon 12 Light LCD Digital Clock -- 2
“What a great guy to work with. He delivered a great project on time. I would recommend him to everyone I know that needs assistance.”pyawasay27 la semana pasada
Project for Ahmed M.
“Ahmed is really good, he helped me to do a project, highly recommended!”alesandro1 la semana pasada
68HCS12 Dragon 12 Light LCD Digital Clock
“he was fantastic, great knowledge and he helped out in every way he could. I would diffidently go back to him again if i ever need more help.”indianvintage hace 3 semanas
Simple Verilog Program.
“Thank you for your good and fast work. Will hire you again.”Viktoriia K. hace un mes
“perfect work”luk01 hace un mes
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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