Cherenkov counters; cosmic ray apparatus; cosmic ray neutrinos; cosmic ray showers; high-energy cosmic ray interactions; neural nets; 3-layer neural network; ADC traces; Auger water Cherenkov detectors; CORSIKA platforms; Cyclone V FPGA; Levenberg-Marquardt algorithm; OffLine platforms; Pierre Auger Observatory; Pierre Auger surface detector; artificial neural network; experimental astroparticle physics; muon initiating particles; neural network algorithm; neutrino event; neutrino-origin showers detection; prototype Front-End boards; real pampas conditions; tau neutrino initiating particles; ultra-high energy neutrinos; Artificial neural networks; Atmosphere; Detectors; Mesons; Neutrino sources; Protons; Training;
机译:基于Radix-2 FFT算法的16点离散傅里叶变换,在Pierre Auger天文台中作为旋风除尘器的UHECR触发器,在飓风FPGA中实现
机译:基于Cyclone(TM)Altera(R)FPGA的Pierre Auger天文台为表面阵列开发新的一级触发器
机译:人工神经网络作为FPGA触发器来检测非常倾斜的风淋
机译:基于Cyclone V FPGA中实现的人工神经网络的触发器,用于在Pierre Auger表面检测器中检测中微子起源的阵雨
机译:在FPGA上实现的MLP-BP人工神经网络的高效架构。
机译:遥感应用中基于FPGA的量化神经网络混合类型实现
机译:1人工神经网络作为探测极倾斜空气淋浴的FpGa触发器