Pinned Repositories
ARM-Architecture
ARM based Low Power MicroController Implementation on FPGA platforms using Verilog
Audio-Frequency-Based-Stepper-Motor-Driver-on-ARM
Audio Frequency Based Stepper Motor Driver on ARM (Assembly) with CMSIS DSP Implementation
KeySim
ARM Cortex based STM32 MCU Project. The main purpose of the project is to allow the user assign Mouse and Keyboard Events to the Buttons' or IO Expanders' Trigger Events connected to the MCU. The MCU can be programmed by using KeySim-API program over UART. Moreover, The MCU acts as USB HID Device to send Keyboard and Mouse Reports to PC or CPU.
Linear-MPC-Lanekeeping-ObstacleAvoidance
Linear MPC for Lane Keeping and Obstacle Avoidance on Low Curvature Roads - Paper Application
ModelUydu-STM32-Altium
ModelUydu-STM32-Altium
SaleTerminal
FPGA Based Point of Sale Project using Verilog
STM32-FlySky-IBus
Telemetry application over RF (2.4 GHz) using FlySky Fs-i6x and STM32 Microcontroller
STM32-USB-HID
Mouse / Keyboard / TouchScreen USB HID Projects
STM32L476-BootLoader
The purpose of this project is to bypass the physical requirements of the BootLoader access. The approach is the trigger the MCU to enter BootLoader Mode via UART by only using Tx, Rx and Gnd pins. Moreover, the trigger UART port can also be used to program the MCU.
STMF746_TCP_BootLoader
In-Application Programming Implementation using TCP IP Protocol
AtaberkOKLU's Repositories
AtaberkOKLU/Linear-MPC-Lanekeeping-ObstacleAvoidance
Linear MPC for Lane Keeping and Obstacle Avoidance on Low Curvature Roads - Paper Application
AtaberkOKLU/STM32-USB-HID
Mouse / Keyboard / TouchScreen USB HID Projects
AtaberkOKLU/STM32-FlySky-IBus
Telemetry application over RF (2.4 GHz) using FlySky Fs-i6x and STM32 Microcontroller
AtaberkOKLU/STM32L476-BootLoader
The purpose of this project is to bypass the physical requirements of the BootLoader access. The approach is the trigger the MCU to enter BootLoader Mode via UART by only using Tx, Rx and Gnd pins. Moreover, the trigger UART port can also be used to program the MCU.
AtaberkOKLU/KeySim
ARM Cortex based STM32 MCU Project. The main purpose of the project is to allow the user assign Mouse and Keyboard Events to the Buttons' or IO Expanders' Trigger Events connected to the MCU. The MCU can be programmed by using KeySim-API program over UART. Moreover, The MCU acts as USB HID Device to send Keyboard and Mouse Reports to PC or CPU.
AtaberkOKLU/SaleTerminal
FPGA Based Point of Sale Project using Verilog
AtaberkOKLU/Audio-Frequency-Based-Stepper-Motor-Driver-on-ARM
Audio Frequency Based Stepper Motor Driver on ARM (Assembly) with CMSIS DSP Implementation
AtaberkOKLU/ModelUydu-STM32-Altium
ModelUydu-STM32-Altium
AtaberkOKLU/STMF746_TCP_BootLoader
In-Application Programming Implementation using TCP IP Protocol
AtaberkOKLU/A_Visible_Light_Communication_System
A Visible Light Communication System
AtaberkOKLU/ARM-Architecture
ARM based Low Power MicroController Implementation on FPGA platforms using Verilog
AtaberkOKLU/AtaberkOKLU.github.io
AtaberkOKLU/binbloom
Raw binary firmware analysis software
AtaberkOKLU/KeySim-API
The API for the KeySim Project. This API is to program the MCU to perform each keys assigned actions via UART. The MCU is acting re-programmable USB HID device. The Main Project is below.
AtaberkOKLU/Noise_Level_Indicator_Analog_Circuit
Noise Level Detector - Analog Circuit