Keras

How to Implement Image Semantic Segmentation Using CRF-RNN

by
How to Implement Image Semantic Segmentation Using CRF-RNN

Selected from GitHub Author: Shuai Zheng et al. Translated by: Machine Heart Contributors: Jiang Siyuan This GitHub project implements image semantic segmentation by combining CNN and CRF-RNN models. Readers can follow this project to implement the process using Keras/Tensorflow. Demo Address: http://crfasrnn.torr.vision Project Address: https://github.com/sadeepj/crfasrnn_keras This GitHub project contains methods to implement “CRF-RNN” image semantic … Read more

Introduction to RNN and ODE: Understanding RNNs

by
Introduction to RNN and ODE: Understanding RNNs

Author: Su Jianlin Affiliation: Guangzhou Flame Information Technology Co., Ltd. Research Direction: NLP, Neural Networks Personal Homepage: kexue.fm I had originally decided to stop working with RNNs as they actually correspond to numerical methods for ODEs (Ordinary Differential Equations). This realization provided me with insights into something I have always wanted to do—using deep learning … Read more

Guide to Fooling Neural Networks: How to Trick Deep Learning Models

by
Guide to Fooling Neural Networks: How to Trick Deep Learning Models

This is a work by Big Data Digest, please refer to the end of the article for reproduction requirements. Original Author | Adam Geitgey Translation | Wu Shuang, Da Li, Da Jieqiong, Aileen To know oneself and one’s enemy, whether you want to become a hacker (which is not recommended!) or prevent future hacking intrusions, … Read more

Photonics DNN: Image Recognition Under 1 Nanosecond

by
Photonics DNN: Image Recognition Under 1 Nanosecond

Alex from Aofeisi Quantum Position | WeChat QbitAI What is faster than deep neural networks? Perhaps photonic DNN can answer this question. Currently, a photonic neural network (photonic deep neural network, PDNN) developed by researchers in the United States allows image recognition in just 1 nanosecond. What does 1 nanosecond mean? It equals 10-9 seconds, … Read more