Smart Home Simulation
Simulated a smart home environment using Verilog for logic circuit analysis.
This project involved designing and simulating a smart home environment using Verilog, focusing on the practical applications of logic circuits in real-world systems. The goal was to model various automated functionalities commonly found in smart homes, showcasing how hardware-level design can integrate with modern convenience.
Key Systems Simulated
The smart home system included multiple interconnected modules, each controlling a specific function. For example, the light control system monitored light levels in the home and automatically opened curtains or turned on lights if the levels were low. The temperature control system adjusted heating or cooling based on the ambient temperature. The sound management system controlled device volumes, ensuring consistent and comfortable sound levels across the home. Additionally, other devices such as lights, TV, and coffee machines were programmed to activate based on predefined triggers or schedules, all designed using Verilog.