Scientific Research and Dissertations Conducted at the Department

At the Department of Data Transmission Networks and Systems, several scientific research projects have been carried out, and faculty members have successfully defended their dissertations.

In 2021, the Head of the Department, PhD, Associate Professor Utkir Karimovich Matyokubov, defended his PhD dissertation in technical sciences at the Tashkent University of Information Technologies in the specialty 05.04.02 – Radio Engineering, Radio Navigation, Radar and Television Systems and Devices. Mobile and Fiber-Optic Communication Systems on the topic:
“Development of Models and Algorithms for Evaluating the Reliability of Mobile Communication Systems.”

In 2024, the department’s Associate Professor Uktamjon Atakhanovich Madaminov defended his PhD dissertation in pedagogical sciences, specialty 13.00.06 – Theory and Methodology of Digital Education, on the topic:
“Improving the Methodology of Teaching Subjects in an Electronic Educational Environment Based on the Development of Mobile Applications (on the Example of the Course ‘Introduction to Web Programming’).”

Associate Professor Shukurulloh Habibullo ogli Ismoilov defended his dissertation entitled:
“Defects and Electron Excitations of Radioluminescence in Lead Tungstate Crystals,”
and was awarded the degree of Candidate of Physical and Mathematical Sciences.

Senior lecturers of the department are also conducting active research:

• M. Allaberganova – “Improving the Methodology for Forming the Core Competencies of Future Engineers Based on Smart Educational Platforms in the Context of Digital Transformation” (Pedagogical direction).

• T. Matqurbanov – “Developing Efficient Routes for Unmanned Aerial Vehicles in the Collection of Monitoring Data over Large Areas” (Technical direction).

In addition, the department carries out research in the following areas:

• Analysis of new routing methods in modern telecommunication networks;

• Development of algorithms and software for decision support systems based on medical imaging;

• Methodologies for assessing the reliability of communication systems;

• Modeling the connection processes of optical fibers and nanophotonic waveguides;

• Application of virtual instrument technologies for detailed signal analysis in radio-electronic and communication systems;

• Research and development of a high-power multistage microwave attenuator;

• Methods of using geoinformation technologies to improve the spatial optimization of mobile communication devices.