THE USE OF POLYNOMIAL CODES FOR CONSTRUCTING RELIABLE DISCRETE SYSTEMS OF PROGRAMMABLE LOGIC INTEGRATED CIRCUITS.

The thesis examines the historical and technological factors that have driven the integration of Programmable Logic Integrated Circuits (PLIC) into railway automation systems. It underscores the crucial role of polynomial coding in ensuring the reliability of PLIC within digital systems. Polynomial coding is identified as a critical component in the design of reliable systems that utilize PLIC, providing effective error management and supporting the robust operation of complex automation tasks. The thesis further highlights that the integration of PLIC with polynomial coding represents a significant technological advancement, enhancing the resilience, efficiency, and safety of digital systems, particularly in complex and demanding applications such as railway automation. Finally, the thesis emphasizes that polynomial codes are essential for improving the reliability and safety of railway automation systems, making them a foundational element in the ongoing evolution and modernization of the industry.