Abstract:
PURPOSE: A flight plan management apparatus and a method thereof are provided to increase internal efficiency of a system by distributing a flight plan through AFTN. CONSTITUTION: A flight plan classifying module(210) classifies a flight plan through an AFTN(Aeronautical Fixed Telecommunication Network). A flight plan generating module(220) generates the flight plan and adds distribution information to the generated flight plan. A flight message verifying module(230) detects error within the flight plan. A flight message distributing module(240) distributes the flight plan to the AFTN.
Abstract:
The present invention relates to a system which enhances the availability, credibility, and integrity of a flight data system in case of being hacked to modify or fix the flight data or being attached by internal or external virus and a method thereof. Accordingly, the present invention can automatically protect the flight data on a real-time basis in response to various cyber-attacks paralyzing a monitoring service while the flight data system is operated. The real-time flight data protection system provides an embedded system and ensures a stable system operation by using an enhanced write filter (EWF) and protecting the operating system (OS).
Abstract:
PURPOSE: A flight plan state management apparatus for plan control and method thereof are provided to accurately manage a departure state and an arrival state of flight by using a departure/arrival-only state processor. CONSTITUTION: A flight plan management device(200) generates a flight plan list based on the inputted flight plan. The flight plan management device sets up the flight plan state of the flight plan included in the flight plan list. A departure/arrival management device(400) generates a departure/arrival flight list based on the set flight plan.
Abstract:
고위험 비행자료 패킷 역추적 및 차단 방법 및 이를 이용한 장치가 개시된다. 본 발명에 따른 고위험 비행자료 패킷 역추적 및 차단 방법은, 비행자료 패킷 감시부가 비행자료 처리 장치로 전송되는 비행자료 패킷들 중 고위험 비행자료 패킷의 발생 여부를 감시하는 단계; 상기 고위험 비행자료 패킷이 발생한 경우, 경로 역추적부가 상기 고위험 비행자료 패킷에 대한 네트워크상 전달 경로를 역추적하는 단계; 및 차단 처리부가 상기 전달 경로로 상기 고위험 비행자료 패킷을 송신한 비행자료터미널을 항공종합통신망에서 고립시키는 단계를 포함한다. 따라서, 항공교통관제시스템에 대한 보안성, 신뢰성, 가용성을 높이고, 항공교통관제시스템의 정당한 이용자들에 대한 서비스가 중단 없이 이루어질 수 있도록 할 수 있다. 항공종합통신망, 비행자료처리시스템, 비행자료터미널, 역추적, 네트워크 고립
Abstract:
PURPOSE: Automatic flight data recovery device and method are provided to offer a control service by performing auto recovery when the modulation and correction of flight data are generated by various hacking and cyber terrors. CONSTITUTION: An embedded system module(42) stores an embedded system in an automatic disaster recovery server. An OS storage module(44) stores an OS(Operating System) of the automatic disaster recovery server. A flight data storage module(46) stores replicated raw flight data. A flight data information dictionary module(48) stores original flight data and replicates the original flight data in the flight data storage module. A flight data recovery managing module(50) recovers the flight data on a basis of error kinds of the flight data and stores event log.
Abstract:
PURPOSE: An operation data file providing device, operation data file processing device, and system and method for controlling aviation are provided to improve verification and accuracy of an error by verifying an error by using a metadata verifying an error. CONSTITUTION: A data input unit(210) receives adaptation data necessary for providing a air traffic control service. A file generator(220) changes the adaptation data into a transmittable form to a subsystem. The file generator generates an operation data file by including metadata which can use an error authentication of the adaptation data to an adaptation file. One subsystem among subsystems applies the data input unit and the file generator.