Spectrum Calculation Methods in Cognitive Radio

This program implements spectrum calculation methods in cognitive radio, employing classical computational approaches that are designed for high usability. The algorithm analyzes spectral characteristics of radio signals through signal processing techniques like Fast Fourier Transform (FFT) or power spectral density estimation, helping users understand spectrum distribution patterns and providing critical information about spectrum utilization. Through functions that calculate spectrum occupancy and identify white spaces, users can better plan radio communication systems and optimize spectrum resource efficiency. The program additionally features an intuitive user interface with interactive visualization components, along with detailed computational results including spectrum masks and statistical metrics, enabling users to perform spectrum calculations and analysis effortlessly. Therefore, this program serves as an essential tool in wireless communications, benefiting both industry professionals and researchers through its implementation of key cognitive radio functions like spectrum sensing and dynamic frequency selection.