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In this contribution, we present a novel beam-control approach for automotive phased-array radar frontends. Since radar sensors are considered to be one of the means to enable future advanced safety functionality, we previously developed a system simulation environment that incorporates all involved domains and calculates all relevant high-level effects accurately. Subsequently, a generic phased-array...
In this scientific paper a versatile system simulation environment is introduced that enables investigations on millimeter-wave FMCW-radar sensors. With respect to the latest developments in automotive radar the simulator combines an RF-frontend simulation engine and a 3D ray-tracing tool to take the effects of the radar channel into account. Furthermore different antenna characteristics can be generated...
In this contribution a versatile system simulation environment for radar sensors being developed to operate in the automotive area is introduced. It combines a frontend simulation engine that is coupled in a co-simulation with a 3D ray-tracing tool to take the effects of the automotive radar channel into account, thus providing accurate and reliable results concerning the behavior of the implemented...
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