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Augmented Reality Enriched Situation awareness for Border security

Deliverables

Website and promotional material

A dedicated website along with a logo and promotional material will be made available from the very beginning.

Periodic report on citizens’ and stakeholders’ inputs V1

This deliverable summarizes the feedback received by the citizens and the EAB experts with respect to the project developments. The report will gather the opinion of citizens with reference to the impact of the project and will present the EAB activities periodically.

Project and Risk Management Plan

Specify the management plan that will be followed. Identifies and evaluates risk factors for the project and dependencies among them. It will also provide an initial version of the risk matrix. Project uncertainties related to qualitative and to quantitative elements will be estimated while their probabilities and impacts will be assessed.

A stable and reliable network for border security operations V2

Contribution: MS3] (R, PU) – A public document describing the physical network architecture and the elements composing the ARESIBO networks (sensors, UxVs, antennas, C2 infrastructure, etc.).

2 Data representation model V2

A public document describing the semantic model of ARESIBO for incidents, resources and tasks.

A reliable software and hardware architecture for integrated situation awareness in land- and sea-borders

This public deliverable will summarize the sub-modules of the ARESIBO components, their interfaces and the information flows among them to set-up a reliable architecture capable of supporting the border- and coast-guards’ needs

Data representation model V1

A public document describing the semantic model of ARESIBO for incidents, resources and tasks.

AR Data Interface V1

A public document with the technical specs, the frameworks and the adopted methodology to achieve interoperability between AR interfaces

External advisory board activity report V2

A public report at the beginning of the project describing the planned EAB activities. An intermediate report on M18 will summarise the EAB activities and feedback until that time. Final version with EAB conclusions right after the Pilot Demonstrations at the ending phase of the project.

Dynamic and Adaptive Swarm Optimization V1

Two-step public technical report on the adaptive swarming and optimisation algorithms that will be implemented in ARESIBO. Preliminary results for the optimised collaboration between humans and robots that will be based on the WP2 KPIs will be included in this deliverable.

Target audiences and Dissemination plan

Report on the target groups of the project and the planned dissemination activities throughout the project lifetime.

Strategies and actions to support integrated cross-border dialogue

Definition of the main dimensions and variables relevant in border security/management (to be assessed as possible integration to T.1.4.2. for future development of the EU Smart Border Package) and possible actions/strategies to support integrated cross-border management and stimulate cross-border dialogue.

Data Management Plan V1

Describes the data management life cycle for all data sets that will be collected, processed or generated by the project. It outlines how research data will be handled, and even after the project is completed, describing what data will be collected, processed or generated and following what methodology and standards, whether and how this data will be shared and/or made open, and how it will be curated and preserved.

External advisory board activity report V1

A public report at the beginning of the project describing the planned EAB activities. An intermediate report on M18 will summarise the EAB activities and feedback until that time. Final version with EAB conclusions right after the Pilot Demonstrations at the ending phase of the project.

Sensing infrastructure and collaborative optimized visual sensing V1

This deliverable reports on the sensing elements of ARESIBO (fixed sensors, UxVs, cameras, acoustic sensors, etc.) and the communication interfaces between them. Also, the collaborative schemes that will be applied for the visual identification and sensing of objects are included.

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