Smart Antenna Systems for 5G, Radar, Navigation and Satellite Technologies

1. Modeling of Antenna Systems for Radar, Navigation, and Satellite Technologies
Modeling of a Metamaterial-Based Antenna for Radio Engineering Signal Transmission and Receiving Systems
Electrodynamic Modeling of a Planar Antenna System for Wireless Communication
Modeling of a Broadband Horn Antenna for Transmitting and Receiving Radio Frequency Microwave Signals
Modeling of 8–12 GHz Frequency Band Horn Antenna Device Used in Radar and Satellite Radio Communication Systems

2. Modeling an Antenna of a Satellite System for Transmitting and Receiving Digital Signals in the Microwave Range
About One Method for Modeling Antenna Systems Operating in the Microwave Range
Development of a Model for Detecting Radioactive Contamination Zones Using Unmanned Aerial Vehicles
Development of a Frequency-Territorial Plan for the Establishment of a Single-Frequency Network of Digital Television Broadcasting in the Republic of Uzbekistan
Methodology for Solving the Problem of Objects Having Memory

3. Development and Electromagnetic Compatibility of Smart Antenna Systems for 5G
Applications of Acousto-Optic Bandpass Filter Operating on the Basis of Bragg Effects in Optical Intelligent Communication Systems
Development and Modeling of Intelligent Atmospheric Optical Communication Systems
Electromagnetic Compatibility Modeling in the Development of Sealed and Conformal Enclosures of Radio Electronic Systems

4. Fiber-Optic Communication Lines Based on DWDM Systems and Information Security in this Telecommunication System
Research and Analysis of the Efficiency of Fiber-Optic Communication Lines Based on DWDM Systems
Research of Some Hazard Factors and Intensity of a Set Security Events in the Telecommunication System

General Conclusions