EUROCONTROL SESAR factsheet Airport Operations Management Introduction Introduction The Airport Collaborative Decision Making (or A-CDM) concept was developed with a view to enhancing the quality of both airport and network operations through the sharing of accurate information. The SESAR Definition Phase identified the need to build on A-CDM in order to improve situational awareness among airport partners and reinforce the collaborative decisionmaking process. In SESAR, all airport stakeholders, including airlines, the airport operator, the air navigation service provider, ground handlers and de-icing agents, will have access to a common, centralised information source – referred to as the Airport Operations Plan (or AOP). The AOP is a “rolling” plan, which means that it is dynamically updated as a function of the evolving operational situation. The AOP will also be the principal means by which the integration of airports into the overall ATM network will be achieved. Scope The scope of the Operational Focus Area (OFA) entitled ‘Airport Operations Management’ includes: n The development and validation of an Airport Operations Plan (AOP) and an Airport Operations Centre (APOC) for managing airport operations in nominal, adverse or exceptional operating conditions. n Full integration and consistency with the Network Operations Plan (NOP) including the definition of all interfaces between the AOP/APOC and NOP. n All management phases, i.e. long-term, medium/short-term planning, execution (including monitoring and mitigation procedures) and post-operations processes. Concept The concept will be scalable in order to facilitate its implementation across the broadest possible spectrum of airport environments in Europe. The Airport Operations Management concept is articulated around four services: nThe Steer Airport Performance service develops the performance standard (i.e., goals, targets, rules, thresholds, trade-off criteria and priorities) for airport operations and sets an overall strategic direction. nThe Monitor Airport Performance service maintains surveillance over airport operations, airport performance (against KPAs), airport environment (e.g. weather monitoring), supervising airport-related information and any information that can impact the airport performance, providing observations, forecasts, alerts and warnings against pre-defined thresholds. The Manage Airport Performance service consists of the operational procedures and decision support processes required to support the reaction to the airport monitoring and performance steering. Finally, the Perform Post-Operations Analysis service provides: n A facility for fully understanding the airport performance against the performance plan and identify the root causes of any deviations. n A facility for assessing the continued relevance of the performance plan. Airport Operations Centre (APOC) The concept also envisages, particularly in larger airports, that the four key services described above will be managed and coordinated as part of the Airport Operations Centre (or APOC). The functioning of the APOC will bring together the main airport stakeholders and will be a platform for stakeholder communication and coordination, based on shared knowledge. It will be equipped with a real-time monitoring system, a decision support system and a set of collaborative procedures which will ensure a fully integrated management of landside and airside airport processes. The APOC will be the essential link between the airport and the ATM network manager and will be the entity responsible for airport performance management. The APOC monitoring system will be based on the notion of a “Performance Dashboard”. The aim of such a dashboard is to provide rapid access to the current and predicted airport performance along with appropriate deviation alerts, comparing the performance with that defined during performance steering. SESAR will develop the content of the performance dashboard, focussing on developing those indicators which are most pertinent for the task of airport operations performance management. Validation The validation of the different elements associated with the Airport Operations Management concept is being performed by the SESAR partners with a focus on maturity levels V1 through to V3 of the Third Edition of the E-OCVM methodology. The work to date has comprised the elaboration of operational requirements captured in the form of an Operational Scenario and an Environment Description (OSED) covering the four services described above and integrating specific operational processes, such as the management of the de-icing process and the management of demand and capacity imbalances. The next phase of the validation lifecycle focuses on gaming activities where the concept is being tested in a dynamic simulation environment. In such an environment, individual stakeholders are presented with information and can update the system according to their operational priorities and in so doing, refine those elements of the operational concept focusing on overall airport performance management and the collaborative decision-making process. Validation at V3 of the OSED requirements will be based on pre-industrial prototypes provided by the SESAR industry partners and will take place through live and shadow mode trials as well as real-time simulations, building on all of the lessons learned during the gaming simulations. At each stage of the validation process, the SESAR operational documentation will be updated and refined in order to optimise the quality of the information available as we go forward to the deployment of SESAR. Screen shots of a gaming simulation For further information please contact: Alan Marsden Directorate SESAR and Research Tel: +33 1 69 88 73 61 Fax: +33 1 69 88 73 52 E-mail: [email protected] EUROCONTROL Experimental Centre Centre de Bois des Bordes - BP 15 91222 Brétigny/Orge Cedex France www.eurocontrol.int Founding members: EUROCONTROL EUROCONTROL © February 2014 - European Organisation for the Safety of Air Navigation (EUROCONTROL) This document is published by EUROCONTROL for information purposes. It may be copied in whole or in part, provided that EUROCONTROL is mentioned as the source and it is not used for commercial purposes (i.e. for financial gain). The information in this document may not be modified without prior written permission from EUROCONTROL. www.eurocontrol.int
© Copyright 2024 ExpyDoc