The study of the autocompensator of active noise interference: method. Instructions for labs. work on the discipline "Radar systems" under the authorship B. A. Melsitova is a unique manual that will become an indispensable assistant for students, graduate students and specialists in the field of radar and control systems. This publication is not just a textbook, but a whole laboratory on the pages where theory and practice are combined into a single whole, allowing the reader to understand more deeply the complex aspects of working with active noise interference. The book begins with the basics of radar systems, which makes it available to a wide audience, including those who are just beginning their journey in this area. Melsitov, with many years of experience and research, offers readers not only theoretical knowledge, but also practical recommendations that will help in the performance of laboratory work. Each section of the book is permeated with the spirit of scientific search, which makes reading not only informative, but also fascinating. The topics raised in the book cover a wide range of issues related to noise interference and its compensation. In. A. Melsitov shares with readers his findings and methods that allow you to effectively cope with noise in radar systems. It emphasizes the importance of active interference control, which is a key aspect for improving the accuracy and reliability of radar systems. This book will be a valuable source of knowledge for those who are interested not only in the theory, but also in the practical aspects of the development and application of radar systems. Who can like this edition? First of all, students of technical universities studying in specialties related to radio engineering and control systems . The book will also be useful to graduate students who are engaged in scientific research in this field. Engineers and specialists working in the field of radar systems development will find in it many useful tips and recommendations that will help improve their professional skills. The author's style is distinguished by clarity and accessibility of presentation, which makes it easy to assimilate even the most complex topics. Melsitov skillfully combines a scientific approach with practical examples, which makes his work in demand among students and practitioners. His previous publications have also been praised, and this new manual will not be an exception. Readers familiar with his other works will appreciate the consistency and depth of analysis that Melsitov applies to each of his projects. The book "Exploration of the autocompensator of active noise interference" is not just a textbook, but a whole world in which the reader immerses himself, exploring the complex and fascinating aspects of radar. It will become a reliable companion in study and work, opening new horizons for those who seek knowledge and professional growth. If you are looking for a high-quality and up-to-date guide to radar systems, this publication should definitely take its rightful place on your shelf.