Open-Source Educational Platform for FPGA Accelerated AI in Robotics

N. Malle, E. Ebeid
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引用次数: 2

Abstract

Artificial Intelligence (AI) using neural networks is growing rapidly in the area of robotics and many tools have been developed in the last few years to utilize these networks. However, these tools are very abstract and do not provide deep knowledge on how the neural networks perform their computations. This makes it difficult for roboticists to understand and fully harness the power of AI. In this work, we present an open-source framework for designing and implementing a simple neural network targeting edge computing platforms. The framework goes step-by-step through the training, synthesis, and hardware implementation on a Zynq platform. The final hardware implementation is evaluated against a classical implementation in software. The platform was used in the Embedded Systems Course at the University of Southern Denmark.
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FPGA加速人工智能机器人的开源教育平台
使用神经网络的人工智能(AI)在机器人领域发展迅速,过去几年开发了许多利用这些网络的工具。然而,这些工具是非常抽象的,并没有提供关于神经网络如何执行计算的深入知识。这使得机器人专家很难理解和充分利用人工智能的力量。在这项工作中,我们提出了一个开源框架,用于设计和实现针对边缘计算平台的简单神经网络。该框架一步一步地通过培训,合成,并在Zynq平台上的硬件实现。将最终的硬件实现与经典的软件实现进行比较。该平台被用于南丹麦大学的嵌入式系统课程。
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