Driving dynamics measurement: Our GNSS-based inertial system ADMA (Automotive Dynamic Motion Analyzer) was specifically developed for vehicle dynamics analysis. With ADMA you can quickly and easily perform a wide range of vehicle dynamics tests in real-time. The strap-down technology ensures...

Brake tests and tire inspections: With ADMA-Speed you have a simple and accurate solution to perform brake tests and tire inspections. ADMA-Speed is a tried and tested variant of our Automotive Dynamic Motion Analyzer (ADMA). ADMA-Speed highlights For easy installation, the inertial...

Validation of Advanced Driver Assistance Systems (ADAS): The decisive factor in ADAS test systems is the precise and synchronous recording of the positions of all vehicles, objects and persons involved as well as their relative movement to each other. Solutions for...

Vulnerable Road Users (VRU): Protection of VRUs (Vulnerable Road Users e.g. pedestrians, cyclists, etc.) is one of the major issues and a huge challenge in the research and development of new safety systems. To reduce the number of accidents involving...

Dependable reference and test systems for autonomous driving: In developing autonomous vehicle technologies, it is essential to have a reference model to verify driving performance. Self-driving vehicles will have to drive in a variety of environments on public roads, requiring...

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Route measurement on public roads: The ADMA system is increasingly used for route measurement on public roads. The ADMA high-precision gyro measurement system fuses inertial data (acceleration and rotation rates) with GNSS to compute improved orientation and position. ADMA enables...

Accurate and reliable ground truth data: Track accurate "ground truth" (GT) maps are needed for objective quality assessment of automated driving functions. The goal is to achieve maximum accuracy of the absolute 3D trajectory. In combination with other sensors such...

Vehicle-in-the-Loop with ADMA: Advanced driver assistance systems are becoming increasingly widespread and simultaneously used in more complex driving situations. Our ADMA-G devices support the use of various VIL applications in combination with IPG Automotive's simulation solutions. https://www.youtube.com/watch?v=Bn5kVz9T9OI Advantages of Virtual Testing Vehicle-in-the-Loop testing...

Miniaturized GNSS/Inertial System for Motorsport Applications The miniaturized GNSS/inertial system ADMA-Slim was developed specifically for applications with space and weight constraints. ADMA-Slim is based on our proven Automotive Dynamic Motion Analyzer technology for centimeter-precise position data acquisition. ADMA-Slim is lightweight...

Railway: Similar to vehicles there are specific railway applications where inertial measurement technology is used. Our clients usually integrate our GPS-aided inertial system ADMA into their complete system to  determine also other parameters, e.g. position of catenary wire.  Typical quantities to...

Mobile Machines: Mobile machines like construction or agricultural machines are increasingly equipped with assistance systems and navigation aid. Our clients prefer to apply our GNSS-aided inertial system ADMA as a reference measuring system. This serves as a reference standard in...

Tunneling and Mining: For more than 20 years, we have been developing and manufacturing sensor systems for Herrenknecht AG, to keep micro tunneling and segment lining machines on track. The development spectrum ranges from Laser target plates, gyro compasses and electronic...

At GeneSys Prüfsysteme we develop compact and powerful image processing systems. Core competences are surface inspection with area scan cameras for parts in transit, applications with line scan cameras for rotationally symmetrical bodies, applications of 3D line scan cameras for surface inspection, application of 3D area scan cameras for measuring tasks, palletising monitoring, completeness check of assemblies...