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USING QUANTIZATION IN TRAINING AN ARTIFICIAL INTELLIGENCE MODEL IN A SEMICONDUCTOR SOLUTION

机译:量化在训练半导体解决方案中的人工智能模型中

摘要

A system for training an artificial intelligence (AI) model for an AI chip to implement an AI task may include an AI training unit to train weights of an AI model in floating point, a convolution quantization unit for quantizing the trained weights to a number of quantization levels, and an activation quantization unit for updating the weights of the AI model so that output of the AI model based at least on the updated weights are within a range of activation layers of the AI chip. The updated weights may be stored in fixed point and uploadable to the AI chip. The various units may be configured to account for the hardware constraints in the AI chip to minimize performance degradation when the trained weights are uploaded to the AI chip and expedite training convergence. Forward propagation and backward propagation may be combined in training the AI model.
机译:用于训练用于AI芯片以实现AI任务的人工智能(AI)模型的系统可以包括:AI训练单元,用于在浮点中训练AI模型的权重;卷积量化单元,用于将训练后的权重量化为多个量化级别和激活量化单元,用于更新AI模型的权重,以使AI模型的输出至少基于更新后的权重在AI芯片的激活层范围内。更新后的权重可以存储在固定点上并且可以上传到AI芯片。各种单元可以被配置为考虑AI芯片中的硬件约束,以在将训练后的权重上传到AI芯片并加速训练收敛时最小化性能下降。前向传播和后向传播可以在训练AI模型中结合使用。

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