OPTIMISE Workshops & Events
“Scenarios Definition and Constrains from End Users point of view workshop”
This workshop will bring Army, Navy, and Air-Force representatives and technology experts. This workshop will be aimed at understanding and defining scenarios, and the expected outcome of it is a set of operational Key Performance of Indicators.
The objectives of the workshop are:
Gaining knowledge on:
What is required at a sensor level.
What parameter of the GNSS solution would be the less critical to play with (precision, rapidity…)
How long should the aerial platform be in the air.
What type of scenarios are impacted by a GNSS disruption.
What assumptions can be made on prior information.
What is the hypothesis about GNSS counter-measures and field of operation.
Which are the zones of GNSS-denial, in terms of size, duration…
What are the ideal operational needs if GNSS was not denied.
Establishing KPIs for operational needs.
“Platforms Review for System Integration”
This workshop is intended to involve key companies being members of ASD “Air Sectorial Group” and other experts. It will make sure the project takes into account all future platform types, and will also help assessing potential “technology insertion” into existing programs.
The objectives of the workshop are:
Gaining knowledge on:
Types of platforms (present and future).
Platform needs regarding PNT Technologies robustness in GNSS-denial scenarios.
Constraints from the platform.
Establishing KPIs for platforms.
“PNT technologies review”
The objective of this workshop is to bring other views/skills on the key technologies being the focus of this project, but also to brainstorm other potential disruptive solutions. In this workshop, RTO, SMEs and Academia will be particularly welcomed.
The objectives of the workshop are:
Overview of all PNT solutions that are possible or foreseeable in the next few years.
Carrying out a maturity assessment of the aforementioned technologies.
Getting information for establishing a state of the art.
Establish KPIs for technologies
OPTIMISE
This project has received funding from the European Union’s Preparatory Action on Defence Research under grant agreement No 884134. The statements made herein represent the opinion and findings of the authors. The European Union (EU) and the European Defence Agency (EDA) are not responsible for any use that may be made of the information they contain.