| Abstract [eng] |
Modern technology is rapidly evolving due to management system processes get more sophisticated and more opportunities for enhancing software. Therefore, these systems are becoming more complex and requires more maintenance, especially on rising ever higher requirements relating to the accuracy of the system, the speed, performance efficiency, functionality and security both during the operation, both before and after the system startup Powered contactless intelligent transportation management systems stand the test system, which helps to stand for the service staff to quickly and efficiently remove most of the resulting system crashes while preventing future system failures. In the event there are disagreements, initiated an additional problematic for verification and program management algorithm for different pulse signals an attempt to enable the device. Constantly filled in the database thanks to create a powerful non-contact methods of surveillance, and the knowledge base, which makes it possible to optimize equipment maintenance algorithms. Using this information you can predict which devices require maintenance and replacement will be the next candidate. Also, the work of the review of the existing railway automation equipment and their maintenance techniques. Will be offered a more optimized signaling and automation equipment maintenance contactless algorithm. The paper describes the system provides methods of work procedures to guarantee safe movement of trains, the contactless maintenance and repair faulty alarm and automation equipment. |
