Starting July 2024 NovelSense is partner in the KoFeMo – mFUND research project. In urban areas, air purity is playing an increasingly important role. Motor vehicles, with their emissions from exhaust, brakes, and tires, are the main contributors to particulate matter pollution. In addition to traffic volume, environmental factors such as wind, temperature stratification, precipitation,[…]
We are excited to share that the SYNTRA project, which targets synthetic traffic data generation, was selected among 18 other experiments into the EU Hubs 4 Data – 3rd Open Call. EUHubs4Data is programme under the umbrella of the European Union’s Horizon 2020 research and innovation programme to forster the increase the data-driven innovation in[…]
Artificial intelligence (AI) has become increasingly relevant in the field of mobility, particularly when it comes to traffic detection and management. With the rise of smart cities and autonomous vehicles, AI plays a crucial role in ensuring safe and efficient transportation. At NovelSense, we recognize the importance of AI in the mobility of the future[…]
Intelligent traffic counters can help to increase the efficiency and effectiveness of state-of-the-art mobility offerings and reduce barriers to entry. Making these traffic counters more reliable while requires a lot of data for training and testing. This creates challenges connected to data protection. A big opportunity lies in the usage of simulated data for the[…]
DEUS_SmartAir is a pan-European project funded by the German Federal Ministry for Digital and Transport (FMDT). It aims to build the largest EU air quality monitoring grid in a modular concept. Within the project, NovelSense is integrating its ABAKUS.AI into the DEUS system. Air quality continues to be one of the great challenges of the[…]
The smart city requires high quality traffic data. For many cities this is a big challenge due to the cost of new and required infrastructure. The BMVI funded project ParkCheck aims to investigate the possibility of a low-cost radio-based sensor which can be easily deployed. In the project, NovelSense will use UWB transceivers in a[…]