22 septembre 2021 | International, C4ISR
DÉFENSE
Dassault Aviation a notifié à Thales la fourniture du radar de surveillance Searchmaster pour le programme AVSIMAR
Thales annonce que Dassault Aviation lui a notifié la fourniture du radar de surveillance Searchmaster pour le programme AVSIMAR, ainsi que du système de navigation de mission. Le programme AVSIMAR, sous la maîtrise d'ouvrage de la Direction générale de l'armement et la maîtrise d'œuvre de Dassault Aviation, permettra de renouveler la flotte des avions de surveillance et d'intervention maritimes de la Marine nationale via l'acquisition de 12 Falcon 2000 Albatros de Dassault Aviation. Face à la densité croissante du trafic maritime, « les meilleures capacités de surveillance maritime en zones côtières et littorales sont primordiales pour repérer et suivre des cibles intelligentes et agiles, quels que soient les états de mer et les conditions de visibilité », explique Thales. Les Falcon 2000 Albatros bénéficieront, gr'ce à l'ensemble des équipements fournis, « d'un degré de précision et d'une sensibilité de détection qui pourront alerter par anticipation de la présence d'une menace à la surface de la mer, et garantir ainsi une capacité d'action adaptée », précise le groupe.
Zone Militaire et Naval Technology du 22 septembre
28 avril 2024 | International, Aérospatial
DIU wants to improve its process for vetting commercial drones, with the goal of making it easier for companies to sell their systems to the U.S. military.
22 septembre 2021 | International, Terrestre
The British government's Future Capability Group wants to identify future military requirements of unmanned ground vehicles through a series of trials.
21 janvier 2021 | International, Terrestre, C4ISR
RACER-Sim to focus on new computer models to advance autonomy capabilities DARPA's Robotic Autonomy in Complex Environments with Resiliency - Simulation (RACER-Sim) project is seeking innovations in technologies that bridge the gap from simulation to the real world and significantly reduce the cost of off-road autonomy development. DARPA invites proposals for promising solutions that support these goals. While the past decade has seen increased use of simulation in developing field robotics, the military off-road environment is especially challenging and complex. Computers need to re-create three-dimensional surfaces, compliant soils and vegetation, and hundreds of obstacle classes. Software also needs to take into account lower fidelity or limited mapping data, unique platform-surface interactions, continuous motion planning, and no defined road networks or driving rules. In addition, modeling high speed off-road performance of sensors/modalities, sensor-to-terrain representations, autonomous platforms, and autonomous control remains a software and processing challenge. “Because these challenges haven't been effectively met, the practical use of current virtual models to advance off-road field robotics capabilities is limited and doesn't yet allow a demonstrable simulation-to-real world capability, said Dr. Stuart Young, RACER program manager. “The large reality gap of current software models and complexities of their use discourage developers and prevent them from leveraging the full benefits of simulation.” Over a four-year timeline, RACER-Sim will investigate technologies that are applicable to the off-road environment in the areas of algorithm development, simulation element technologies, and simulator content generation. Source: DARPA Date: Jan 19, 2021 https://www.asdnews.com/news/defense/2021/01/19/darpa-project-drives-simulation-technology-offroad-unmanned-vehicles