Radio astronomy represents one of the most sophisticated applications of signal processing and interferometry in scientific research. The fundamental principle involves detecting radio frequency signatures emitted by cosmic phenomena, with different physical processes generating distinct radio signals that reveal the universe's composition and behaviour. The interferometric array approach - using multiple coordinated dishes as a single instrument - demonstrates advanced engineering and computati

4.4K views | Sponsored: Interested in Deep Learning and Radio Frequency Systems? Click and register to learn how about applications of deep learning, deep-learning algorithms & open-source software with John Ferguson. Register: https://www.arrow.com/en/research-and-events/events/deep-learning-for-radio-frequency-systems-webinar | EE Times - Electronic Engineering Times | Facebook