Universal multi-core brain-like processor, accelerator card and computer equipment
A processor and multi-core technology, applied in computers, digital computer components, computing, etc., can solve problems such as reducing data reuse, and achieve the effect of reducing hardware complexity, achieving configurability, and high energy efficiency.
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[0035] Table 1: Address space distribution of different levels of brain-like processors.
[0036]
[0037] The on-chip interconnect communication design of the brain-like processor is the C-Mesh NoC architecture. It contains a two-level structure, i.e. responsible for
[0049] The synaptic connection of the storage module and its weight memory include three parts, and 1024 neurons 1024 in the storage core.
[0050] As shown in FIG. 11, the structure of the weighted SRAM in the core is connected. Internal weights in a neuron core connect SRAM points
[0051] Shown in the left panel of Figure 10 is a CAM that stores synaptic connections between nuclei. CAM is used to store the number of the source neuron
[0052] As shown in the right figure of FIG. 10 is the structure of the inter-core connection weight SRAM. Inter-core connection weights Inter-core connection weights of SRAM
[0054] The address space allocation stored in the neuron core is shown in Figure 11. A neuron nucleus...
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