MATLAB Keyboard Input Model Implementation with Simulink

This program implements a keyboard input model using MATLAB and Simulink. Designed for MATLAB versions 7.0 and above, the model functions by detecting keyboard events and translating them into pulse signals displayed on an oscilloscope in real-time. The implementation leverages Simulink's block-based programming approach, where keyboard input triggers are captured through event listeners and processed using pulse generators and scope visualization blocks. The model serves as an effective tool for observing input signal behavior in real-time, facilitating better understanding and analysis of data flow patterns. Users can modify and optimize the program according to specific requirements by adjusting Simulink parameters such as pulse width, amplitude, and trigger sensitivity. The underlying algorithm utilizes interrupt-based input handling where each keyboard press generates a digital trigger signal that activates a pulse generation subsystem. Key functions include real-time signal monitoring through Simulink's scope block, configurable pulse characteristics via the pulse generator block, and event detection mechanisms using keyboard input blocks. This keyboard input model enables deeper research and exploration in signal processing, helping enhance programming skills and data analysis capabilities through practical Simulink implementation. The modular design allows for easy integration with other Simulink components for expanded functionality.