The master's thesis is devoted to the development of an automated weight control system for railway cargo handling. The primary focus is on developing software to enhance the productivity of cargo transshipment points.
The aim of this master's thesis is to improve the efficiency of transshipment points through the development of software and the use of modern engineering solutions and accessible technologies.
The object of the study is the processes of automating weight control on railway scales.
The subject of the study includes the methods, algorithms, and technologies that implement automated weight control systems.
During the research, an analysis of modern railway weighing solutions was conducted, a structural diagram of the automated weight control system for railway scales was developed, and software was created to simultaneously determine the filling levels of multiple wagons and the uniformity of their loading. The developed software solution can be integrated into existing automated accounting and weighing systems, extending their functionality and improving the efficiency of transshipment points.
The total volume of the thesis comprises X pages, including X figures, X tables, and X appendices, which present algorithm flowcharts and examples of program code.
Research advisor: N. Nazarenko
