semseg | commonly used semantic segmentation architecture structure | Machine Learning library
kandi X-RAY | semseg Summary
kandi X-RAY | semseg Summary
Overview of commonly used semantic segmentation architecture structure and code reproduction Huawei Media Research Institute Graphic and text Caption, OCR recognition, graphic-view-text multi-modal understanding and generation related work or internship welcome to consult 15757172165 https://guanfu
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Top functions reviewed by kandi - BETA
- Train event generator
- Calculate the frequency imbalance of each image
- Performs an ENet weights on the images
- Decode a color map
- Validate dataset
- Decoder for classification
- Compute the NMS of a bounding box
- Decode the color map
- Load performance table
- Forward computation
- Predict the image prediction
- Randomly crop an image box box
- Decode a segment map
- Make a DOT graph
- Calculates the frequency imbalance of each class
- Randomly crop a letter box box
- Convert folder to LMDB
- Measure the model
- Perform the ENet weights for the given images
- Shift the image
- Shift the image using hv
- Decodes a color map
- Forward interpolation
- Create conv1x1x1 x1x1d
- Decodes the color map to RGB
- Convert a color map to RGB
semseg Key Features
semseg Examples and Code Snippets
Community Discussions
Trending Discussions on semseg
QUESTION
I am using a convolutional neural net (CNN) called make_unet
from here. It works and code is able to run with this CNN. But I know that in deep learning you have to initialize weights for optimization of the neural network.
The documentation in Keras clearly indicates the use of a kernel_initializer
for weight initialization. However, I do not see any kernel_initializer
in the make_unet
function I am using.
Anyone who can provide some insight would be appreciated.
...ANSWER
Answered 2018-Jan-26 at 07:42In Keras initialisers are passed on a per-layer basis via arguments kernel_initializer
and bias_initializer
, e.g.
QUESTION
I am trying to use the following CNN architecture for semantic pixel classification. The code I am using is here
However, from my understanding this type of semantic segmentation network typically should have a softmax output layer for producing the classification result.
I could not find softmax used anywhere within the script. Here is the paper I am reading on this segmentation architecture. From Figure 2, I am seeing softmax being used. Hence I would like to find out why this is missing in the script. Any insight is welcome.
...ANSWER
Answered 2019-Jan-08 at 06:20You are using quite a complex code to do the training/inference. But if you dig a little you'll see that the loss functions are implemented here and your model is actually trained using cross_entropy
loss. Looking at the doc:
This criterion combines log_softmax and nll_loss in a single function.
For numerical stability it is better to "absorb" the softmax into the loss function and not to explicitly compute it by the model.
This is quite a common practice having the model outputs "raw" predictions (aka "logits") and then letting the loss (aka criterion) do the softmax internally.
If you really need the probabilities you can add a softmax on top when deploying your model.
QUESTION
I have an XML
of the form:
ANSWER
Answered 2018-Sep-19 at 14:31This is working for me
/\*[local-name()='Envelope']/\*[local-name()='Triangle']/\*[local-name()='Triangle']/@time
QUESTION
I would like to follow the Convolutional Neural Net (CNN) approach here. However, this code in github uses Pytorch, whereas I am using Keras.
I want to reproduce boxes 6,7 and 8 where pre-trained weights from VGG-16 on ImageNet is downloaded and is used to make the CNN converge faster.
In particular, there is a portion (box 8) where weights are downloaded and skipped from VGG-16 that have no counterpart in SegNet
(the CNN model). In my work, I am using a CNN model called U-Net
instead of Segnet
. The U-Net
Keras code that I am using can be found here.
I am new to Keras and would appreciate any insight in Keras code on how I can go about downloading and skipping the VGG weights that have no counterpart with my U-Net
model.
ANSWER
Answered 2018-Feb-12 at 15:10A solution sketch for this would look like the following:
Initialize VGG-16 and load the ImageNet weights by using the appropriate
weights='imagenet'
flag:
QUESTION
I am new to Python and I am trying to use the function 'one_hot_to_label_batch
' which can be found on line 115 from this website.
However, directly above this function there is a '@expand_dims
'. This is the first time I have encountered this. I know 'expand_dims
' is within Numpy
but I do not know why it is defined as '@expand_dims
' here. Any clarification would be appreciated.
ANSWER
Answered 2018-Jan-24 at 06:29This is a decorator. See the top of the file:
QUESTION
I am using code from this website
There is a function called 'label_to_one_hot_batch
' within the file `isprs.py.
In my own python script in the main directory folder (i.e., the semseg
folder), I am trying to import this function as follows:
ANSWER
Answered 2018-Jan-23 at 00:07There are probably many reasons, I know, about two.
One is when PYTHON_PATH is not properly specified and the root of the python project is not recognized.
The second is when a cyclic import occurs where the importing module ultimately imports certain module again.
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Install semseg
You can use semseg like any standard Python library. You will need to make sure that you have a development environment consisting of a Python distribution including header files, a compiler, pip, and git installed. Make sure that your pip, setuptools, and wheel are up to date. When using pip it is generally recommended to install packages in a virtual environment to avoid changes to the system.
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