Spinnoncloud向目前是世界上最大的神经形态系统之一的UTSA提供了一台由大脑启发的超级计算机,以推进节能的AI和神经科学研究。 SpiNNcloud delivered a brain-inspired supercomputer to UTSA, now one of the world’s largest neuromorphic systems, to advance energy-efficient AI and neuroscience research.

SpinNoncloud向美国神经地貌公域(THOR)提供了一台基于Spinnaker2结构的由大脑启发的超级计算机,由国家科学基金会资助。 SpiNNcloud has delivered a brain-inspired supercomputer based on the SpiNNaker2 architecture to the U.S. Neuromorphic Commons (THOR), funded by the National Science Foundation. 该系统现在是世界上四个最大的神经形态平台之一,模拟3.93亿个神经元,位于UTSA。 The system, now one of the world’s four largest neuromorphic platforms, simulates over 393 million neurons and is located at UTSA. 它由Steve Furber教授设计,使用低功率、事件驱动的处理器阵列来模仿大脑功能,促成节能AI和神经科学研究。 Designed by Professor Steve Furber, it uses a low-power, event-driven processor array to mimic brain function, enabling energy-efficient AI and neuroscience research. THOR旨在通过向全国的研究人员提供全面的生态系统,推进可持续的人工智能、由大脑启发的算法和下一代计算。 THOR aims to advance sustainable AI, brain-inspired algorithms, and next-generation computing by providing a full-stack ecosystem to researchers nationwide. 部署标志着向可扩展的、节能的计算架构的日益转变。 The deployment marks a growing shift toward scalable, energy-efficient computing architectures.