adaptive optics; astronomical image processing; astronomical telescopes; computerised tomography; floating point arithmetic; graphics processing units; pipeline processing; scheduling; E-ELT; European extremely large telescope project; MOAO technique; MORSE; MOSAIC; Matrices Over Runtime System at Exascale numerical library; TR simulation; astronomical instruments; computational stage pipelining; data coherency; data dependencies; dynamic scheduler; floating-point operations; ground-based astronomy; heterogeneous systems; largest-scale AO problem; multiGPU system; multiobject adaptive optics; multiobject spectroscopy; numerical algorithm; tomographic reconstructor simulation; Computational modeling; Covariance matrices; Libraries; Runtime; Telescopes; Tomography; Computational Astronomy; Dense Linear Algebra; Dynamic Scheduler; GPU Computing; Multi-Objects Adaptive Optics;
机译:广域多目标自适应光学系统的静态和预测层析成像重建
机译:基于神经网络的自适应光学重构器的多GPU开发
机译:基于神经网络的自适应光学性重建的多GPU开发
机译:使用人工神经网络的多目标自适应光学层析成像重建器
机译:一种用于芝加哥大学的自适应光学系统的波前重建和控制计算机,以及一种自适应光学系统的校正视场和两种增加其的方法。
机译:一种用于高速电子显微镜断层切断的分布式多GPU系统
机译:用于多GPU系统的多对象自适应光学层析成像重建器的流水线计算阶段