Pinned Repositories
BFMC_Brain_Project_BKmyLove
The project includes the software already present on the development board (Raspberry Pi) for controlling the car remotely, use the API's and test the simulated servers.
BFMC_Computer_Project_BKmyLove
This is a project that runs on a computer to communicate with a Raspberry Pi, this process receives the frames from the Pi and performs autonomous driving algorithms. After processing, it sends control signals back to the Pi on the Autonomous Vehicle
Embedded-Software-for-Digital-Clock-on-STM32F103C6
Design a Digital Clock that is able to operate in real-time and in a power-efficient manner (LED scanning). In addition, a side project of the character ’A’ vertical moving animation is also implemented.
K-Nearest-Neighbors-on-MNIST-dataset
In this project, I work on the C++ implementation of a class that provides users with the ability to process the MNIST dataset, as well as a class that efficiently implements the kNN classification algorithm using list data structures.
LoveRecipe_Ticket_Managemnet_System
MCU_Lab_1_LED_Blinking
MCU_Lab_3_Button_Handling
MCU_Lab_4_UART_Communication
MCU_Lab_5_Scheduler
A STM32 Microcontroller project on implementing a Real-time Operating System (RTOS) using the Scheduler structure
Microcontrollers_Project_Traffic_Light_System
A STM32 microcontroller project on building a modern traffic light system with integrated pedestrian feature. (pedestrian light, pedestrian button, and pedestrian buzzer)
tuanle186's Repositories
tuanle186/BFMC_Brain_Project_BKmyLove
The project includes the software already present on the development board (Raspberry Pi) for controlling the car remotely, use the API's and test the simulated servers.
tuanle186/BFMC_Computer_Project_BKmyLove
This is a project that runs on a computer to communicate with a Raspberry Pi, this process receives the frames from the Pi and performs autonomous driving algorithms. After processing, it sends control signals back to the Pi on the Autonomous Vehicle
tuanle186/Embedded-Software-for-Digital-Clock-on-STM32F103C6
Design a Digital Clock that is able to operate in real-time and in a power-efficient manner (LED scanning). In addition, a side project of the character ’A’ vertical moving animation is also implemented.
tuanle186/LoveRecipe_Ticket_Managemnet_System
tuanle186/MCU_Lab_1_LED_Blinking
tuanle186/MCU_Lab_3_Button_Handling
tuanle186/MCU_Lab_4_UART_Communication
tuanle186/MCU_Lab_5_Scheduler
A STM32 Microcontroller project on implementing a Real-time Operating System (RTOS) using the Scheduler structure
tuanle186/Microcontrollers_Project_Traffic_Light_System
A STM32 microcontroller project on building a modern traffic light system with integrated pedestrian feature. (pedestrian light, pedestrian button, and pedestrian buzzer)
tuanle186/bkgearhub-backend
tuanle186/bkgearhub-storefront
tuanle186/bkgearhub-storefront_old
tuanle186/EmbeddedSystems_Chap1_GPIO
tuanle186/EmbeddedSystems_Chap2_TimerInterrup_-_LEDScanning
tuanle186/EmbeddedSystems_Chap3_LCD_Button
tuanle186/EmbeddedSystems_Chap5_UART
tuanle186/EmbeddedSystems_Chap7_TouchScreen_SnakeGame
tuanle186/EmbeddedSystems_Chap8_ESP_WIFI
tuanle186/kNN-algorithm-on-MNIST-dataset-using-kDTree
In this project, I work on the C++ implementation of a class that provides users with the ability to process the MNIST dataset, as well as a class that efficiently implements the kNN classification algorithm using kDTree data structures.
tuanle186/kNN-algorithm-on-MNIST-dataset-using-ListADT
In this project, I work on the C++ implementation of a class that provides users with the ability to process the MNIST dataset, as well as a class that efficiently implements the kNN classification algorithm using list data structures.
tuanle186/Operating_Systems_Project_OS_Simulation
A simulation of an Operating System to give better understanding on the fundamental concepts of Operating Systems
tuanle186/redpanda_datastreaming_and_compresison
tuanle186/Stochastic-Programming-in-Profit-Optimization-and-Disaster-Evacuation
A Mathematical Modeling project. Problem 1 is applying Stochastic Programming to maximize manufacture profit. Problem 2 is applying Stochastic Programming and min-cost flow to find the best possible execution path in disaster
tuanle186/tuanle186.github.io
tuanle186/tuanvinh_electronics_website
tuanle186/Web_Programming_Project_CV_Viewer
A website for viewing user's CVs, with printing feature available.