Shandong Airlines Operation Park and AOC Informatization Project
A large display screen is set up in the AOC to display various data about planning, meteorology, aeronautical information, flight status monitoring, standard time, etc. The AOC-related information construction is extremely important for the operation of airlines.
Shandong Airlines Operations Center (AOC) is an all-weather operation representative authorized by the air carriers to exercise operational control responsibilities, and it is also the command center for the airline to organize and carry out flights and deal with abnormal and emergency situations.
The AOC system provided by Inspur combines cloud computing, big data, and other new technologies, makes good use of the integration of new technologies and business, and adopts scientific and technological means to achieve the digital and knowledge-based transformation of the system and improve the efficiency of operation and production, which fundamentally solves pain points such as outdated system architecture, low performance, multi-thread data management, a low level of business intelligence, weak risk control, etc.
System stability and reliability: The system is equipped with a dual-channel, dual-link backup mechanism. When the active link fails during the operation of the system, the data will be seamlessly switched to the standby link without manual intervention, which does not affect the normal operation of the system, and then the data will be seamlessly switched back after the active link returns to normal. The system is highly safe as it is protected against lightning, overload, power outage, and man-made damage to the greatest extent to ensure its stability, reliability, and continuous and uninterrupted operation, thus guaranteeing the normal operation of the entire airport.
Centralized signal control: Under unified access management, all equipment signals of the AOC are transmitted over a long distance through optical fiber and private transmission protocols to ensure real-time stability of signals and also solve the problem of managing complex signal sources among multiple areas of the airport, such as terminals, towers, and ground command centers.
Uninterrupted operation of key areas: The key areas of the airport, such as terminals, are commanded under 24/7 continuous and uninterrupted operation and ensure that the annual utilization rate of the system is above 99.9%.
High signal complexity of airline services: Considering the AOC system needs to process a wide variety of types of signals, these huge and complex signals can be transmitted over a long distance under unified access management, thus ensuring the interconnection among various areas, buildings, security inspection halls, and other important departments connected by the signals.
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