Artificial Intelligence For Detection Of Explosive Devices Aided Aidedex will use ai across the whole chain of command, control, planning, ied and landmines detection and classification, navigation and multi robot decisional autonomy. Aidedex will use ai across the whole chain of command, control, planning, ied and landmines detection and classification, navigation and multi robot decisional autonomy.
Sensors And Systems For The Detection Of Explosive Devices An The concept of aidedex relies on the strong foundations of the on going project aided in which the consortium is carrying out the technology development, offering a solid base for an highly reliable platform in aidedex. In the framework of a european challenge, the artificial intelligence for detection of explosive devices extended (aidedex) project proposes to design a heterogeneous multi robot system with advanced sensor fusion algorithms. Lightnovo will contribute to the robotic system with a raman sensor based on the miniraman spectrometer platform. the aidedex project is funded by the european union under the european defence fund (edf) and managed by dg defis. The concept of aidedex relies on the strong foundations of the predecessor project aided in which the consortium carried out the core research and technology development, offering a solid base for a highly reliable platform in aidedex.
Eda Monitored Artificial Intelligence For Detection Of Explosive Lightnovo will contribute to the robotic system with a raman sensor based on the miniraman spectrometer platform. the aidedex project is funded by the european union under the european defence fund (edf) and managed by dg defis. The concept of aidedex relies on the strong foundations of the predecessor project aided in which the consortium carried out the core research and technology development, offering a solid base for a highly reliable platform in aidedex. The main focus is on the automated detection of improvised explosive devices (ieds) using artificial intelligence techniques on data collected from a large suite of sensors such as: multispectral cameras and chemical. Aided will use a set of state of the art artificial intelligence algorithms able to identify unconventional (ieds) and conventional (buried mines) explosive devices, and autonomously plan offline and run time missions plans. Aidedex aims to provide a baseline for advanced and mature research for multi robotic systems with state of the art sensors and artificial intelligence algorithms for the detection and classification of ieds (improvised explosive devices), eos (explosive ordnance) and landmines. Aidedex will use ai across the whole chain of command, control, planning, ied and landmines detection and classification, navigation and multi robot decisional autonomy.
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