SegNet-Tutorial | train SegNet for road scenes | Machine Learning library
kandi X-RAY | SegNet-Tutorial Summary
kandi X-RAY | SegNet-Tutorial Summary
This repository contains all the files for you to complete the 'Getting Started with SegNet' and the 'Bayesian SegNet' tutorials here: Please see this link for detailed instructions.
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Top functions reviewed by kandi - BETA
- Create test files .
- Batch absorption of weights
- Create a testable .
- Create a protobuf .
- Create an argument parser .
- Extracts the dataset from a net message .
- Copy double array data .
SegNet-Tutorial Key Features
SegNet-Tutorial Examples and Code Snippets
Community Discussions
Trending Discussions on SegNet-Tutorial
QUESTION
I am currently trying to write a c++ wrapper for PSPNet's prediction (originally in Matlab). PSPNet runs on Caffe.
Situation: I have a trained caffe model, and would like to implement this wrapper to run the segmentation result when given an input. In this case, my crop_size is smaller than it's original size. Thus, it is being cropped manually to multiple 425x425 "frames" and fed forward into caffe net after the pre-processes in a for-loop.
Problem: However, net seems to only be running forward once despite being in a for loop. Supported by its processing time and output, refer below.
This is the incomplete code I am currently trying to work on:
...ANSWER
Answered 2018-Sep-27 at 08:41This issue is solved by wrapping the input channel each time it is changed so that the input will be fed forward correctly.
Thus the function:
QUESTION
i keep seeing some layers in caffe that has two bottoms(source) or tops(destination) in Neural networks architecture,for example this is Segnet data layer that has two tops ,data and label given from the same source file on the same line img1.png lagel1.png
...ANSWER
Answered 2017-May-10 at 08:14Think of a layer as a mathematical operation: each layer type performs different operation. "Convolution"
layer convolves the input with the layer's internal parameters, "ReLU"
performs linear rectification etc.
Some operations do not require any inputs ("bottom"
s): these are usually input layers that brings data/labels into the net.
Other layers only act on a single operand (one "bottom"
) and outputs a single result (one "top"
): "Convolution"
, "ReLU"
, "Softmax"
just to name a few.
Other layers may produce several outputs (many "top"
s), e.g., "Slice"
layer.
And you can also find layers that takes several inputs and produce a single output, e.g., "Eltwise"
layer.
Bottom line, each layer/operation requires a different number of inputs and may produce a different number of outputs. You should not confuse between input/output blobs and the layer's operation.
For more information about caffe's layers you can find at caffe.help.
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
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Install SegNet-Tutorial
Use docker to compile caffe and run the examples. In order to run caffe on the gpu using docker, please install nvidia-docker (see https://github.com/NVIDIA/nvidia-docker or using ansbile: https://galaxy.ansible.com/ryanolson/nvidia-docker/).
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