Simulation of PCM Encoding Modulation Scheme

In this simulation program, we implement a encoding modulation scheme known as Pulse Code Modulation (PCM). This scheme encodes signals through quantization techniques to facilitate more efficient data transmission and processing. The implementation typically involves sampling the analog signal at regular intervals, quantizing each sample to discrete levels, and encoding these levels into binary digits. In practical applications, PCM encoding has been widely adopted, such as in digital audio systems like CD formats. This simulation helps understand PCM's working principles through code modules that handle sampling rate configuration, quantization level selection, and binary encoding algorithms. It can be used to test and optimize PCM performance by adjusting parameters like quantization bit-depth and sampling frequency. Additionally, the modular code structure allows extension to explore other encoding modulation schemes, enabling comparison studies to identify the most suitable scheme for specific applications through parameter tuning and performance metric evaluation.