This fork contains a modified version of the Espressif QEMU used by the PICSimLab simulator. This version has been altered to compile QEMU as a dynamic library. Additionally, this fork adds support for WIFI and ESPNOW to the Espressif QEMU.
Basic Home Automation system using Arduino IDE, Picsimlab Simulator and Blynk App. Controlling light, Monitoring the temperature of room and monitoring the water level
Real-Time EV Dashboard and ADAS Warning System using STM32F103C8T6, PICSimLab, UART, and Python Dashboard.
Código feito em linguagem C com o compilador XC8 para demonstração da placa PICGenios do simulador PICSimLab.
Simulates the home automation system on the PICSIMLAB simulator and uses the Blynk IoT application to control the devices. Also, controls the lights, temperature of the home, inflow and outflow of water in the water tank.
Simulation of a washing machine using PIC16F877A microcontroller, MPLAB X IDE, XC8 Compiler, and PicsimLab
Emertxe Internship Home_automation .it is a instership project based on PICSIMLAB .it was done in 25 days internship by Emertxe technology
A heating control system, implemented on PIC16F877A.
PIC16F877A based Car Black Box with Event Logging, RTC, EEPROM Storage, UART Download, and Secure Menu-Driven Interface.
This is a PCB component Pick and Place robot with motor controls for XYZ axis, orientation and tweezer. This system is developed with a PIC microcontroller (PIC18F452). Three stepper motors are used for the XYZ axis, another stepper motor for the orientation. A servo motor is used for the Tweezers. The HMI is command line based. There are preset…
Real-time EV Advanced Driver Assistance System (ADAS) simulation using STM32 Blue Pill, PICSimLab, and a Python dashboard for vehicle monitoring.
IoT-based Smart Home Automation using Blynk IoT platform for remote monitoring and control of home appliances and sensors. This project enables users to control and monitor their home devices remotely using a mobile app, receive notifications, and automate tasks based on sensor data.
Real-time EV ADAS on an STM32F103 Blue Pill: physics-based vehicle model, HC-SR04 time-to-collision, deterministic safety state machine, 20 kHz motor PWM with fault cut-out, DMA-backed binary telemetry, and a live Python dashboard. Bare-metal Embedded C.
microwave Oven Stimulation using C programming
Embedded C Microwave Oven simulation on PIC16F877A with Micro, Grill, Convection modes, timer, and CLCD interface.
This repository contains some C language programs for the PIC 16F877A developed in the PIC C Compiler and simulated on the McLab2 development board in PICsimLab.
Real-time Electric Vehicle Dashboard & ADAS Warning System using STM32 Blue Pill, ultrasonic sensors, UART, Embedded C, and Python visualization.
Hands-on STM32 firmware projects covering sensor acquisition, control, timing, data logging and embedded-system verification.
Simulation-first EV & ADAS embedded software platform built with STM32, PICSimLab, React, FastAPI, and real-time telemetry.
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