Processing of Radar Signal Received in Presence of Noise

Mastering Radar Signal Processing in Noisy Environments 🌤️📡

Course Description:

Embark on a comprehensive journey into the world of radar signal processing with our expert-led course, Processing of Radar Signal Received in Presence of Noise. This course meticulously explores the critical components of a radar receiver and delves into the intricacies of handling weak signals amidst noise. Join us as we unravel the mysteries of antenna selection, array antennas, and phased array technology, ensuring you have the skills to optimize radar performance in various applications.

Key Course Highlights:

• Introduction to Radar Receiver Components: Get acquainted with the fundamental parts of a radar receiver, including antennas, duplexers, and filters, and understand their roles in signal reception.

• Understanding Noise and its Impact: Learn about noise figure and noise temperature in radar signals, and how they affect your system's performance.

• Antenna Selection for Radar Systems: Explore the critical aspects of selecting the right antenna for your radar receiver, considering factors such as gain, bandwidth, and polarization.

• Array Antennas Explored: Discover the two main types of array antennas—broadband array antennas and end fire array antennas—and their applications in radar systems.

• Phased Array Antenna Basics: Delve into the principles of phased array antennas, including beam steering and how they are used to adapt to different scenarios.

• Beamsteering and Beamwidth Optimization: Learn about the importance of beamsteering, beamwidth, and how these variables impact radar reception in various applications.

• Advantages and Limitations of Phased Array Antennas: Understand the pros and cons of phased array antennas and their implications for your system design.

• Choosing the Right Duplexer: Gain insights into duplexers, their types (branch type and balanced type), and their roles in separating transmitted and received signals in radar systems.

• Display Types in Radar Receivers: Examine the various display formats used in radar receivers and learn how to select the most appropriate one for your application.

• Matched Filter Receiver Deep Dive: Explore the matched filter receiver, its derivation, characteristics, and response, with an emphasis on mathematical terms and practical applications.

• Correlation and Cross Correlation Receivers: Discover how correlation functions play a role in radar signal processing and learn about cross correlation receivers.

• Non-Matched Filter Efficiency Analysis: Understand the efficiency of non-matched filters, including their performance in relation to matched filters, particularly with white and non-white noise.

Why Take This Course?

• Taught by industry expert, Sachin Ruikar, who brings years of experience in radar signal processing.
• Learn how to effectively handle weak signals and reduce the impact of noise on radar performance.
• Understand the selection and integration of various antenna types into your radar system.
• Gain practical knowledge on duplexers and display types for optimal radar operation.
• Enhance your skills in designing radar systems with phased array technology.

Enroll Now to Elevate Your Expertise in Radar Signal Processing! 🚀