medAzizLHB

Android

Android Apps for mobiles and tablets

Arduino

Some arduino projects and libraries

BrainFuck

Brainfuck is an esoteric programming language created in 1993 by Urban Müller.BrainFuck is executed on a memory array. By default, it's a 30k-cell-long array of 8-bit integers, but some other implementations are more flexible. There are two registers : Instruction pointer and Memory Pointer. Finally, there are 8 instructions: > : Move memory pointer to the right and go to next instruction < : Move memory pointer to the left and go to next instruction + : Increment memory cell and go to next instruction - : Decrement memory cell and go to next instruction , : Read char from input and store in memory then go to next instruction . : Write memory value as ASCII char to output then go to next instruction [ : Go to next instruction if cell is not null, or to the matching closing "]" if null ] : Go back to the matching opening "[" if cell is not null, or go to next instruction if null

C

Some codes written in C

DC-motor-control

DC motor control with PWM

My-mips

Design of MIPS with VHDL

Real-Time-Power-Electronic-Systems-Simulator-on-FPGA

Real Time Power Electronic Systems Simulator on FPGA using the ORTiS tool

STM32F103-based-oscilloscope

Minimal STM32F103 oscilloscope written in Arduino IDE

STM32F103C8-MikroC-PRO-for-ARM

Programming STM32F103C8 Blue pill using MikroC for ARM

Traffic-Light-controller-with-FPGA

Traffic Light controller system in FPGA

medAzizLHB/Real-Time-Power-Electronic-Systems-Simulator-on-FPGA

Real Time Power Electronic Systems Simulator on FPGA using the ORTiS tool

medAzizLHB/Traffic-Light-controller-with-FPGA

Traffic Light controller system in FPGA

medAzizLHB/Android

Android Apps for mobiles and tablets

medAzizLHB/Arduino

Some arduino projects and libraries

medAzizLHB/BrainFuck

Brainfuck is an esoteric programming language created in 1993 by Urban Müller.BrainFuck is executed on a memory array. By default, it's a 30k-cell-long array of 8-bit integers, but some other implementations are more flexible. There are two registers : Instruction pointer and Memory Pointer. Finally, there are 8 instructions: > : Move memory pointer to the right and go to next instruction < : Move memory pointer to the left and go to next instruction + : Increment memory cell and go to next instruction - : Decrement memory cell and go to next instruction , : Read char from input and store in memory then go to next instruction . : Write memory value as ASCII char to output then go to next instruction [ : Go to next instruction if cell is not null, or to the matching closing "]" if null ] : Go back to the matching opening "[" if cell is not null, or go to next instruction if null

medAzizLHB/C

Some codes written in C

medAzizLHB/DC-motor-control

DC motor control with PWM

medAzizLHB/DS1307-RTC-interface-with-cpld

DS1307 RTC interface with cpld

medAzizLHB/Fpga-based-morse-code-AM-transmitter

FPGA based morse code AM transmitter

medAzizLHB/lcd-vhdl-display

16x2 interface with fpga using vhdl

medAzizLHB/LT24-display-interface-using-verilog

medAzizLHB/LTC2308-ADC-vhdl-code

vhdl code to interface LTC2308 ADC

medAzizLHB/MATLAB

some matlab codes and examples

medAzizLHB/My-mips

Design of MIPS with VHDL

medAzizLHB/relay-vhdl-control

ULN2803 relay control using vhdl

medAzizLHB/smart_farm

FPGA based smart farm with solar tracker based on fuzzy logic and kalman filter algorithm

medAzizLHB/STM32F103-based-oscilloscope

Minimal STM32F103 oscilloscope written in Arduino IDE

medAzizLHB/STM32F103C8-MikroC-PRO-for-ARM

Programming STM32F103C8 Blue pill using MikroC for ARM

medAzizLHB/VHDL

Some VHDL codes tested on DE2/EPM240/ZYBO Z7 boards

medAzizLHB/Zilog-80-assembly

some basic codes written in Zilog-80

medAzizLHB/100daysOfCoding

medAzizLHB/Arduino-Roadmap

medAzizLHB/Node-JS

medAzizLHB/Processing-3

Some sketchs written in processing 3

medAzizLHB/radix-2-Fast-Fourier-Transform--FFT--algorithm

This code implements a simple radix-2 FFT algorithm

medAzizLHB/simple-operating-system

very small OS (fitting into a bootloader) and have very few features

medAzizLHB/STM32F4

STM32F4 MCU codes

medAzizLHB/UART-VHDL

UART protocol on FPGA