Ministry of Information Technologies and Communications of the Republic of Uzbekistan

Ministry of Information Technologies and
Communications of the Republic of Uzbekistan


Urgench branch of Tashkent University of Information
Technologies named after Muhammad al-Khwarizmi

5A330501 – master's thesis on "Architecture and Development of Modeling Editor for Model-driven IoT Development" by Matyaqubov Bobur Qutlimurot og`li, a master's student of "Computer Engineering" (Computer Systems Design)

THE SUMMRY
This dissertation work today is becoming a need of the hour due to the widespread use of modern information technologies and the promotion of Smart cities concepts, the use of IoT systems in urban planning. This system and device that we manufacture includes the latest innovations such as analog systems that are widely used today.
In the introductory part of the dissertation , the relevance and necessity of the topic today is based, the goals and objectives, object and subject of the research are described, the scientific innovation and practical results of the research are described, the scientific and practical significance of the obtained results is disclosed, information on the structure of the dissertation is presented.
In the first chapter of the dissertation, called "Motivation", the need to develop software and hardware for lighting street lights based on a model-driven software approach in Iot technologies is shown.
In the second chapter of the work, called "Related approaches", relevant information is given about the frameworks for the creation of IoT programs and programs suitable for scientific work on network technologies.
The third chapter, entitled “Core Concepts”, provides information about the goals and results of programming in a POS system, with examples of large companies that have achieved greater success using microservices.
Fifth chapter entitled "Smart Street Lighting System for Smart Cities" City lighting system complete work output process illuminated.
As a drawback, in the fourth stage of the master's thesis, the developed mobile application works only on Android systems and the ease of use on a tablet can be used on other devices, i.e. phones with a small screen size. The shortcomings and proposals indicated in the dissertation work do not affect the scientific and practical importance of the work.