Traffic-Sign-Detection | Traffic signs detection and classification in real time | Computer Vision library
kandi X-RAY | Traffic-Sign-Detection Summary
kandi X-RAY | Traffic-Sign-Detection Summary
This project is a traffic signs detection and classification system on videos using OpenCV. The detection phase uses Image Processing techniques that create contours on each video frame and find all ellipses or circles among those contours. They are marked as candidates for traffic signs. In the next phase - classification phase, a list of images are created by cropping from the original frame based on candidates' coordinate. A pre-trained SVM model will classify these images to find out which type of traffic sign they are.
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Top functions reviewed by kandi - BETA
- Visualize the image
- Find the largest sign in a list of contours
- Compute the label for the given image
- Find contours in an image
- Evaluate the given model
- Splits an iterable
- Convenience function to create numpy array of images
- Train data
- Create a hog descriptor
- Load the network
- Find all contours in contours that are in contours
- Crop a contour
- Convert rectangle to mx coordinates
- Convert array to rectangular coordinates
- Calls cv2
- Compute the lookat of the target
- Context manager for Timer
- Removes png images
Traffic-Sign-Detection Key Features
Traffic-Sign-Detection Examples and Code Snippets
Community Discussions
Trending Discussions on Traffic-Sign-Detection
QUESTION
I'm a beginner in Machine Learning.
I've been learning about YOLO and DarkFlow from the following links with Ubuntu 20.04: darkflow and Tiny YOLO.
I successfully executed the code, and got the results like this:
Statistics:
car: 436
person: 73
Dataset size: 2599
Dataset of 2599 instance(s)
Training statistics:
Learning rate : 1e-05
Batch size : 16
Epoch number : 1000
Backup every : 2000
It's not bad, but the training's taking way too much time.
But I wanna know if there is any powerful IDE or other tools that can help me reduce time.
I searched in google and tried to find many ways to improve.
I heard that there are many ways to make training faster,(including Azure AI ML service) but since I'm a beginner, I cannot decide which will be the perfect choice to run YOLO and DarkFlow.
I would appreciate advices about robust development environments, especially the ones that would be suitable in my current specific condition.
Thanks in advance!
++) Since I'm a mere sophomore, the level of the hardware that I can use is very limited. I would also appreciate tools that can help me overcome the limitations of my hardware!
...ANSWER
Answered 2021-Apr-04 at 20:39The IDE usually won't decrease computing time, but is rather based around the compiler. Likely, you'll just have to deal with intensive training times if you can't get better hardware. However, you might look into using a gpu to do computations(if you have one) rather than the standard way it runs on the cpu. Here's a link as to how to achieve this in Tensorflow: https://stackoverflow.com/a/51307381/14392018 . The general rule is the more data and the more complex the ML/DL model(i.e. the more layers in a neural network), the longer it takes to compute 1 epoch on the dataset. Also, the more data you're working with, the higher the computational intensity.
QUESTION
I've been studying darkflow from the following link;
https://github.com/thtrieu/darkflow
on Ubuntu 20.04
I thought there was a problem in my flow file, so I tried to rebuild the build file by the following code
ANSWER
Answered 2021-Apr-04 at 10:58You can try :
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install Traffic-Sign-Detection
You can use Traffic-Sign-Detection 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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