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You're reading from  Caffe2 Quick Start Guide

Product typeBook
Published inMay 2019
Reading LevelBeginner
PublisherPackt
ISBN-139781789137750
Edition1st Edition
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Ashwin Nanjappa
Ashwin Nanjappa
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Ashwin Nanjappa

Ashwin Nanjappa is a senior architect at NVIDIA, working in the TensorRT team on improving deep learning inference on GPU accelerators. He has a PhD from the National University of Singapore in developing GPU algorithms for the fundamental computational geometry problem of 3D Delaunay triangulation. As a post-doctoral research fellow at the BioInformatics Institute (Singapore), he developed GPU-accelerated machine learning algorithms for pose estimation using depth cameras. As an algorithms research engineer at Visenze (Singapore), he implemented computer vision algorithm pipelines in C++, developed a training framework built upon Caffe in Python, and trained deep learning models for some of the world's most popular online shopping portals.
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Caffe2 model visualization

DL models contain a high number of layers. Layers have many parameters, such as their name, type, weight dimensions, layer-type-specific parameters, input, and output tensor names. While typical feedforward network structures do not have cycles, the Recurrent Neural Network (RNN) and other network structures have cycles and other topologies. So, the ability to visualize the structure of a DL model is important, both for researchers devising new networks to solve problems, and for practitioners using new networks.

Visualization using Caffe2 net_drawer

Caffe2 ships with a simple visualization tool written in Python named net_drawer. This Python script can be found in your Caffe2 installation directory...

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Caffe2 Quick Start Guide
Published in: May 2019Publisher: PacktISBN-13: 9781789137750

Author (1)

author image
Ashwin Nanjappa

Ashwin Nanjappa is a senior architect at NVIDIA, working in the TensorRT team on improving deep learning inference on GPU accelerators. He has a PhD from the National University of Singapore in developing GPU algorithms for the fundamental computational geometry problem of 3D Delaunay triangulation. As a post-doctoral research fellow at the BioInformatics Institute (Singapore), he developed GPU-accelerated machine learning algorithms for pose estimation using depth cameras. As an algorithms research engineer at Visenze (Singapore), he implemented computer vision algorithm pipelines in C++, developed a training framework built upon Caffe in Python, and trained deep learning models for some of the world's most popular online shopping portals.
Read more about Ashwin Nanjappa