Bitwise Neural Networks on FPGA: High-Speed and Low-Power
arainhyy.github.ioFPGA implementation of neural networks benefit from higher parallelism, lower energy consumptions and no jitters. Our novel implementation of neural networks have a significant gain over the state-of-the-arts. Also, our design shows the potential of commercial use in more complex tasks. Acknowledgments
Verilog Neural Network - GitHub Pages
https://yycho0108.github.io/CompArchNeuralNetBut in order to understand the process, a bit of background in the field is necessary. A Neural Network is a recent advance in computer science, inspired by biological interaction of neurons, that simulate the procedure of thought and training via enhancing the activation of a neuron responsible for a certain output. These neurons act in parallel to form a layer which, when …
Bitwise Neural Networks on FPGA: High-Speed and Low-Power
arainhyy.github.ioWe implemented bitwise neural networks on FPGA and run tests on the MNIST dataset. Experiments show that we achieve 4x speedup compared with the state-of-the-art FPGA implementation. Background. Deep neural networks (DNNs) have substantially pushed the state-of the-art in a wide range of tasks, including speech recognition and computer vision.