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data from sensors and discrete data from external sources (mobility, meteorology, attraction entries, maritime and air transport). • Definition of cleaning, harmonization, and temporal synchronization
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information about the institute can be found at https://www.dlr.de/en/qt/ . The focus of research and transfer in the field of electromagnetic quantum sensors is on: quantum sensor systems for the precise and
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environmental perception, with a particular focus on mobile devices with limited computational resources and power supply. The research will explore sensor fusion techniques, deep learning models, and
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sustainability. For more details, please view https://www.ntu.edu.sg/ase . The Wetland Carbon Lab at NTU’s Asian School of the Environment (ASE) focuses on understanding the role of aquatic ecosystems, including
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sensor to power mobile noise measurement stations. Make an energy collector. Estimate the energy collected. Where to apply Website https://seuelectronica.upc.edu/en/procedures/call-for-recruitment-of-ptgas
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can enable low-cost and long-lasting planetary exploration missions to hot planets. Our research objective is to develop a sensor technology platform that is temperature and radiation tolerant using
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flow. A recent explosion in the number of sensor capable of measuring ice flow from space, and the maturation of projects targeted at extracting comprehensive records of ice flow (e.g. NASA’s ITS_LIVE
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. Current research focuses primarily on the development of large-format arrays of sensitive bolometers using superconducting transition edge sensors. We also have investigated single pixel optimization
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include remote sensing algorithm development, modeling studies, data fusion, sensor development, and/or snow satellite mission concept studies. Participation in the design and execution of field campaigns
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technologies we are pursuing use doped silicon, superconducting transition edge sensors, and magnetic calorimeters. We are also expanding the capability of these devices by optimizing pixel design for specific