Search | FORTE - Verteidigungsforschungsprogramm

81. 3_NavWaC_Berglez_Katzler-Fuchs.pdf

Date: 07-09-21

82. 2_ABC-Maus_Derler_FORTISSIMO.pdf

Date: 07-09-21

83. 1_VitalMonitor_Almer_FORTISSIMO.pdf

Date: 07-09-21

84. 10_TOM_Stein_FORTISSIMO.pdf

Date: 07-09-21

85. 12_exploreAI_Kieseberg_FORTISSIMO.pdf

Date: 07-09-21

86. 11_CADSP_Skopik_FORTISSIMO.pdf

Date: 07-09-21

87. TAUBE

Date: 23-12-20

MulTi-Sensorfusion for Navigation of Unmanned Aerial Vehicles Beyond GNSS-Denied Environments The increasing grade of automation is UAV based reconnaissance lead also to an increased dependence on satellite based navigation systems (GNSS). This fact is also recognised by counter UAV activities, spec

88. PIONEER - InteroPerability and DIgitization Of INtelligencE GathEring Processes

Date: 21-12-20

Um eine effektive und effiziente Aufklärung zur Deckung militärischem Informationsbedarf zu erreichen, ist der Einsatz moderner und innovativer technischer Werkzeuge unerlässlich. In order to achieve effective and efficient reconnaissance to meet military information requirements, the use of modern

89. MOSKITO – Modular and open tool chain for the simulation of semi-autonomous convoying with non-emitting sensor technology

Date: 14-10-20

Implementation and demonstration of a simulation environment for virtual testing of autonomous vehicle systems in semi-paved and unpaved terrain using only non-emitting sensor technology In the development of autonomous systems, the automotive industry has primarily focused on the application on pav

90. System for monitoring the real usage profile and optimization of maintenance and inventory planning of military land vehicles

Date: 07-10-20

AI based analysis of heterogeneous data sources, like sensor data and data from the vehicle control system, to capture a realistic usage profile of military land vehicles. Usage of the gathered information for maintenance and inventory planning through predictive maintenance and optimized inventory