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Learn how to perform convolution and correlation in MATLAB with clear explanations, discrete and continuous signal examples, and practical code snippets. This complete guide also includes guided questions and real-world applications in electronics and computer engineering.

Non-periodic signals, also known as aperiodic signals, are essential in signal processing as they represent real-world phenomena that do not repeat over time. This article explains their fundamental properties, mathematical representation, and frequency analysis using the Fourier Transform. It also includes practical MATLAB examples such as exponential decay, rectangular pulses, and damped sinusoids to help you visualize and understand these signals in both time and frequency domains.