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Wireless Channel Emulation

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Wireless Channel Emulation Wireless Channel Emulation Unmanned aerial vehicles today are commercially available in a wide range of applications and in a variety of price and weight classes equipped wi

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5G wireless Ultra-Reliable low-latency communications

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5G wireless Ultra-Reliable low-latency communications 5G wireless Ultra-Reliable low-latency communications Rapidly emerging autonomous and interconnected transport systems (road vehicles and trains),

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Vehicular communication system level simulation

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Vehicular communication system level simulation Vehicular communication system level simulation Future automation and control units for advanced driver assistance systems (ADAS) will exchange sensor a

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Study “5G Supply Market Trends”

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Study “5G Supply Market Trends” Study “5G Supply Market Trends” The study of 5G supply market trends aims to provide the European Commission with an in-depth analysis of qualitative and quantitative i

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UNIQORN

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UNIQORN UNIQORN Ziel von UNIQORN ist es, photonische Technologien in der Quantenkommunikation zu nutzen und dafür komplexe Systeme, die derzeit optische Aufbauten im Metermaßstab benötigen, auf millim

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SCALA

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SCALA SCALA Detecting, tracking, and combating drones is an important public safety task. Especially in urban areas with their impressive skylines, tall buildings obstruct the observer's line of sight

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TARO

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TARO TARO Rail is now widely regarded as the most environmentally friendly form of surface transport, and yet there is an urgent need to increase rail capacity, productivity, and quality. These key ch

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SCOTT

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SCOTT SCOTT SCOTT has developed mechanisms and frameworks to foster the use of wireless technologies and significantly increase engineers’ trust in these technologies when planning, setting up, utiliz

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MCUAS

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MCUAS MCUAS The rapid development of unmanned aerial systems drives exponential growth and represents an asymmetrical threat situation as a potential means of attack against the background of ineffici

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RISING

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RISING RISING Multiple spatially redundant URLLC links are a key requirement for operating wireless automation and control systems in production cells in the mmWave band. In the 5G mmWave frequency ba

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RELEVANCE

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RELEVANCE RELEVANCE The RELEVANCE project aims to master the challenges of: Enabling a vehicle to predict the reliable communication region in real-time, i.e., the geographical region within which it

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QubeSat

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QubeSat QubeSat AIT supports the Max Planck Institute for the Science of Light in the German national research project QUBE. QUBE will develop and launch a CubeSat for the downlink of strongly attenua

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FAQT

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FAQT FAQT Fast Quantum Entanglement The increasing ability of generating quantum states of light has led in the last 20 years to an impetuous development in the field of quantum information. In the fi

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Digitalisation and automation of production systems

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Digitalisation and automation of production systems Digitalisation and automation of production systems Today, the manufacturing industry faces numerous, often completely new challenges. Globalisation

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Microbial applications in agriculture

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Microbial applications in agriculture Microbiome analysis AIT scientists study the diversity and composition of microbial communities colonizing the surfaces and interior spaces (endophytes) of plants

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SILBOS

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SILBOS SILBOS The rapid development of small unmanned aerial systems (UAS) is driving the exponential growth of the computer industry and represents an asymmetrical threat situation as a potential mea

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Improving Plant Systems

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Improving Plant Systems DNA Bank Services AIT operates a DNA bank containing more than half a million DNA samples of plant and animal origin, which are stored under high-tech conditions at -20°C in ac

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AMBOS

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AMBOS AMBOS The overall objectives of this project were the development and evaluation of technology components in particular electro-optics, acoustics, and communications technology, in order to dete

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PHIDELITI

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PHIDELITI PHIDELITI PHIDELITI aims to eliminate power-hungry copper in very-short reach communications. As a multi-disciplinary project that spans over the key enablers photonics and microelectronics,

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LIANDRI

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LIANDRI LIANDRI The goal of “LIANDRI – Advancing time-of-flight technology for high performance light detection and ranging” is to bridge innovative yet application-driven research on photonic sensing

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