a Stable and resilient ATM by integrating Robust airline operations into the network

Rezultaty

This Deliverable will contain: - a cover page with the title of the deliverable, deliverable number, project information (acronym, grant number, call, topic), consortium coordinator information, edition date and number; - authoring and approval data sheet, with the names of the authors, reviewers internal to the project, approval by PC, Task Leader and WP Leader, eventual rejection by any representative of the beneficiaries, and document history. - the abstract of START project. - An executive summary of the Deliverable, highlighting the contributions, main results and conclusions, and some insight on how this deliverable will be feeding other tasks within the project. - An introduction to the topic, including the motivation and goals of the deliverable. - the methodological approach to the conduction of Task 6.1 (Definition of validation metrics). - the results derived from this task. - Concluding remarks

Final Project Report

Technical reporting is coordinated by the PC The individual task reports will be prepared by the WPLeaders but the Coordinator has final responsibility for editing according to a standard layout and for the distribution In summary the PC is responsible for the delivery to the EC of presenting a synthesis of the projects main achievements and conclusions

Report on TBO models validation and recommendations

This Deliverable will contain a cover page with the title of the deliverable deliverable number project information acronym grant number call topic consortium coordinator information edition date and number authoring and approval data sheet with the names of the authors reviewers internal to the project approval by PC Task Leader and WP Leader eventual rejection by any representative of the beneficiaries and document history the abstract of START project An executive summary of the Deliverable highlighting the contributions main results and conclusions and some insight on how this deliverable will be feeding other tasks within the project An introduction to the topic including the motivation and goals of the deliverable the methodological approach to the conduction of Task 65 Assessment of TBO system models and derive recommendations the results derived from this tasks Concluding remarks

Results from Baseline and Robust Scenario

This Deliverable will contain a cover page with the title of the deliverable deliverable number project information acronym grant number call topic consortium coordinator information edition date and number authoring and approval data sheet with the names of the authors reviewers internal to the project approval by PC Task Leader and WP Leader eventual rejection by any representative of the beneficiaries and document history the abstract of START project An executive summary of the Deliverable highlighting the contributions main results and conclusions and some insight on how this deliverable will be feeding other tasks within the project An introduction to the topic including the motivation and goals of the deliverable the methodological approach to the conduction of Task 62 Integration of disruptive events in simulator Task 63 Generation and simulation of baseline scenario and Task 64 Integration of robust TBO models and robust simulation the results derived from this task Concluding remarks

Project Management Plan

The Project Management Plan PMP of the project START is intendedto guide the execution and control of the project The PMP provides a complete description of the organisation and the management of the project In particular it describes roles and responsibilities administration and coordination activities risks and issues management The communication dissemination and exploitation plans are also described in the PMP the communication elements and the dissemination activities are detailed and the process to make public andor to protect the project results is defined The PMP is primarily intended for the SESAR Joint Undertaking and the consortium members participating in the project since it forms the baseline for the monitoring of the project progress

Parallelized, GPGPU Simulated Annealing models for ATM resilience: Use case simulations and results

This Deliverable will contain a cover page with the title of the deliverable deliverable number project information acronym grant number call topic consortium coordinator information edition date and number authoring and approval data sheet with the names of the authors reviewers internal to the project approval by PC Task Leader and WP Leader eventual rejection by any representative of the beneficiaries and document history the abstract of START project An executive summary of the Deliverable highlighting the contributions main results and conclusions and some insight on how this deliverable will be feeding other tasks within the project An introduction to the topic including the motivation and goals of the deliverable the methodological approach to the conduction of Task 44 Robust metaheuristic Simulating Annealing SA algorithm Task 45 Parallel GPGPU robust metaheuristic Simulating Annealing algorithm and Task 46 Use case simulations the results derived from these tasks Concluding remarks

Proceedings of START's Workshop.

This Deliverable will contain a cover page with the title of the deliverable deliverable number project information acronym grant number call topic consortium coordinator information edition date and number authoring and approval data sheet with the names of the authors reviewers internal to the project approval by PC Task Leader and WP Leader eventual rejection by any representative of the beneficiaries and document history the abstract of START project An executive summary of the Deliverable highlighting information about the workshop including venue attendees institutions number and type of presentations etc A brief summary of each of the contributions to the workshop Concluding remarks

Concept of operations and simulation environment description

This Deliverable will contain: - a cover page with the title of the deliverable, deliverable number, project information (acronym, grant number, call, topic), consortium coordinator information, edition date and number; - authoring and approval data sheet, with the names of the authors, reviewers internal to the project, approval by PC, Task Leader and WP Leader, eventual rejection by any representative of the beneficiaries, and document history. - the abstract of START project. - An executive summary of the Deliverable, highlighting the contributions, main results and conclusions, and some insight on how this deliverable will be feeding other tasks within the project. - An introduction to the topic, including the motivation and goals of the deliverable. - the methodological approach to the conduction of Task 4.1 (Development of ConOps based on TBO), Task 4.2 (ATM Network Resiliency Management under Disturbances and Disruptive Events) and Task 4.3 (Simulation Environment). - the results derived from these tasks. - Concluding remarks

Network Resiliency Formulation and Resiliency Enhancement Demonstration

This Deliverable will contain: - a cover page with the title of the deliverable, deliverable number, project information (acronym, grant number, call, topic), consortium coordinator information, edition date and number; - authoring and approval data sheet, with the names of the authors, reviewers internal to the project, approval by PC, Task Leader and WP Leader, eventual rejection by any representative of the beneficiaries, and document history. - the abstract of START project. - An executive summary of the Deliverable, highlighting the contributions, main results and conclusions, and some insight on how this deliverable will be feeding other tasks within the project. - An introduction to the topic, including the motivation and goals of the deliverable. - the methodological approach to the conduction of Task 3.3 (Data-driven ATM Network Uncertainty Propagation Model) and Task 3.4 (Model Validations and Use Case Simulations). - the results derived from these tasks. - Concluding remarks

Integrated ATM Network Uncertainty Propagation Model

This Deliverable will contain: - a cover page with the title of the deliverable, deliverable number, project information (acronym, grant number, call, topic), consortium coordinator information, edition date and number; - authoring and approval data sheet, with the names of the authors, reviewers internal to the project, approval by PC, Task Leader and WP Leader, eventual rejection by any representative of the beneficiaries, and document history. - the abstract of START project. - An executive summary of the Deliverable, highlighting the contributions, main results and conclusions, and some insight on how this deliverable will be feeding other tasks within the project. - An introduction to the topic, including the motivation and goals of the deliverable. - the methodological approach to the conduction of Task 3.1 (Integration of Probabilistic Trajectory Uncertainty Models) and Task 3.2 (Modelling Disruptive Events in ATM Network). - the results derived from these tasks. - Concluding remarks

Data Management Plan

START will participate in the extended Open Research Data Pilot, basing its policy on the FAIR (Findable, Accessible, Interoperable and Reusable) scheme for data, enhancing knowledge integration and reuse. To store all data used, a private space on the website will be created. START’s will develop a Data Management Plan (DMP) in D1.2. According to the Guidelines on FAIR Data Management in H2020, the DMP shall describe the data management life cycle for all datasets to be collected, processed or generated. Updates in the DMP are foreseen as new input data are used in the project.

Publikacje

Data-driven methodology for uncertainty quantification of aircraft trajectory predictions

Autorzy: Guemes, Alejandro; Polaina, Manuel; Gonzalez Arribas, Daniel; Soler, Manuel; Pons-Prats, Jordi; Prats, Xavier; Koyuncu, Emre; Tutku Altun, Arinc; Kuenz, Alexander; Zopp, Raimund; Delahaye, Daniel; Munoz, Andres
Opublikowane w: In 2021 IEEE/AIAA 40th Digital Avionics Systems Conference:, Numer 2, 2021
Wydawca: Institute of Electrical and Electronics Engineers (IEEE).

Exploiting Spatio-temporal Partial Separability of Large-scale Airspaces

Autorzy: Julien Lavandier, Marcel Mongeau, Supatcha Chaimatanan, Daniel Delahaye
Opublikowane w: International Workshop on ATM/CNS (IWAC 2022), 2022
Wydawca: Electronic Navigation Research Institute

Air Traffic Complexity Map Based on Linear Dynamical Systems

Autorzy: Daniel Delahaye, Adrián Garcia, Julien Lavandier, Supatcha Chaimatanan, Manuel Soler
Opublikowane w: Aerospace MDPI, 2021, ISSN 2226-4310
Wydawca: MDPI
DOI: 10.3390/aerospace9050230

Towards a Stable and resilient ATM by integrating Robust airline operations into the network - Scientific Progress during the 1st year of START project.

Autorzy: Soler, Manuel; Conzalez-Arribas, Daniel; Munoz, Andres; Polaina, Manuel; Guemes, Alejandro; Koyuncu, Emre; Tutku Altun, Arinc; Delahaye, Daniel; Lavandier, Julien; Zopp, Raimund; Frias, Alejandra; Kuenz, Alexander; Prats, Xavier; Pons, Jordi
Opublikowane w: SESAR Innovation days, Numer 1, 2022
Wydawca: Eurocontrol

Rezultaty

Publikacje

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