Abstract
This deliverable presents an update on the analysis of the test environment for DTI systems that was presented in Deliverable D4.1.1. This test environment is composed of the stimuli and environmental conditions and elements that have an influence on the operation and outputs of these systems. The deliverable provides the necessary setup to run tests based on the different scenarios and use cases. The methodology under development in WP4 covers testing of DTI functions and sub-functions and will be able to accommodate future developments.
The main actors of the test environment are presented, along with their properties, making special emphasis in these elements that can be relevant to test the performance of the DTI systems. It should be noticed that their locations and evolution in time is decoupled and addressed in different sections of the document. Two main categories are described:
• Unmanned Aerial Systems (UAS): Since they are targets of the DTI systems, their properties are analysed in detail.
• Environmental conditions: the rest of actors in the test environment that could affect the performance of the DTI systems. Ideally, the environmental conditions should be replicable in different test sites, but in practice, there are elements such as the weather conditions that are not under control. It should be noticed that environmental conditions are broad and cover not only physical aspects but also other constraints.
In order to assess the performance of the DTI systems, the test environment should also include some equipment, tools and associated procedures, such as facilities for time synchronization of all the devices, systems for data logging, GNSS trackers for relevant actors during the tests, weather stations and radiofrequency spectrum analysers, etc. Regarding logistics, the test environment should be also equipped with power supply, internet access, devices for voice communication between the personnel involved in the tests, tents, storage space for material and illumination to support night trials.
The main actors of the test environment are presented, along with their properties, making special emphasis in these elements that can be relevant to test the performance of the DTI systems. It should be noticed that their locations and evolution in time is decoupled and addressed in different sections of the document. Two main categories are described:
• Unmanned Aerial Systems (UAS): Since they are targets of the DTI systems, their properties are analysed in detail.
• Environmental conditions: the rest of actors in the test environment that could affect the performance of the DTI systems. Ideally, the environmental conditions should be replicable in different test sites, but in practice, there are elements such as the weather conditions that are not under control. It should be noticed that environmental conditions are broad and cover not only physical aspects but also other constraints.
In order to assess the performance of the DTI systems, the test environment should also include some equipment, tools and associated procedures, such as facilities for time synchronization of all the devices, systems for data logging, GNSS trackers for relevant actors during the tests, weather stations and radiofrequency spectrum analysers, etc. Regarding logistics, the test environment should be also equipped with power supply, internet access, devices for voice communication between the personnel involved in the tests, tents, storage space for material and illumination to support night trials.
| Originalsprache | Englisch |
|---|---|
| Auftraggeber | European Commission |
| Seitenumfang | 70 |
| Publikationsstatus | Veröffentlicht - 31 Aug. 2023 |
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COURAGEOUS: Building a common understanding of the effectiveness of counter-UAS solutions
De cubber, G. (Leitende(r) Forscher/-in), Borghgraef, A. (Forschende), De cubber, G. (Forschende), Doroftei, L. (Forschende), Hasselmann, K. (Forschende), Freixo Goncalves, M. (Forschende), Ouendo, P.-E. (Forschende), Chaudhary, M. (Forschende), La Grappe, A. (Forschende), Le Flécher, E. (Forschende) & Hawari, D. (Forschende)
1/04/21 → 31/10/24
Projekt: Forschung › Research
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