Zinchenko O. Synthesis iterative phase locked in telecommunication networks

Українська версія

Thesis for the degree of Candidate of Sciences (CSc)

State registration number

0416U001501

Thesis Registration Form

0416U001501.pdf

Applicant for

Specialization

  • 05.12.02 - Телекомунікаційні системи та мережі

02-03-2016

Specialized Academic Board

Д 26.861.01

State University of Telecommunications

Essay

Dissertation is devoted to solving the problem by improving the accuracy and speed of the operating system phase-locked. The analysis of current phase locked. Based on analysis shows the promise iterative phase-locked systems built on the basis of serial connection of phase shifters. The method of synthesis for optimal performance of iterative phase-locked which was synthesized by optimizing conditions of transients in the circuits of control. Synthesized for optimum performance double iterative phase-locked system in which the control object is actually managed objects (amplifiers, phase shifters, etc.). The method of compensation of non-linearities of the dead zone type iterative control circuits of the phase-locked. The method of compensation for external disturbances and nonlinearities in quality of iterative phase locked.

Read more

Files

autoref_Zinchenko.doc

autoref_Zinchenko.doc

dis_Zinchenko.doc

Акти.pdf

Similar theses

0524U000090

Mykola Nesterenko

Methodology for management throughput and quality of service real-time traffic in heterogeneous electronic communication networks with bypass paths

0524U000084

Nameer Hashim Qasim Qasim

Methodology for ensuring the quality of IoT service in the 5G network

0523U100269

Volodymyr Lysechko

Methods and models for improving the noise immunity of wireless intelligent telecommunication systems based on complex signal-code constructions

0423U100140

Liudmyla P. Klobukova

Method of quasi-orthogonal frequency division of channels in cognitive radio networks

0423U100089

Yakymchuk Nataliia Mykolaivna

Methods of combating congestion of telecommunication networks of new generations by forming flows of heterogeneous network traffic