Систематизація програмних модулів пакета TULIPgm для проєктування мікро- та наноелектронних систем

Abstract

The approaches to the systematization of software modules and objects in the TULIPgm package, intended for modeling, analysis and optimization of design processes in microelectronic and nanoelectronic technologies are considered. A structured classification of the functional components of the package is proposed, which includes geometric and topological description modules, objects of physical and technical modeling, tools for visualization and interpretation of results, etc. Systematization ensures consistency between different levels of data representation, increases the efficiency of development and adaptation of software solutions, and contributes to expanding the capabilities of the package for interdisciplinary applications. Particular attention is paid to the issues of interface standardization and support of open data formats, which meets the modern requirements of FAIR principles in scientific research. The results can be used to optimize the design processes of micro- and nanoelectronic systems, as well as to create educational and research environments focused on the integration of innovative technologies.