DEVELOPMENT AND MODELING OF AN ELEVATOR CONTROL SYSTEM USING 8051 MICROCONTROLLER

This paper presents the development and simulation of an elevator control system using the 8051 microcontrollers, aimed at creating an effective and practical educational tool. The system was designed for an eight-story building, employing Multisim for hardware simulation and the Keil environment for programming in C. The main objective was to simulate realistic elevator operations, including seamless movement between floors, synchronized with a 7-segment display and LED indicators. The simulation model was rigorously tested to ensure accurate and reliable performance, confirming its potential for both educational and practical applications. Comprehensive testing validated the model's performance, confirming its ability to handle multiple scenarios, synchronize hardware components, and manage user inputs with precision. The results demonstrate that the 8051 microcontroller provides a versatile and cost-effective platform for real-time control applications, making it an ideal choice for IT education and experimentation. This research highlights the potential of microcontroller-based simulations to enhance learning outcomes and drive innovations in IT applications, particularly in developing scalable, efficient, and reliable control solutions.