So why not use SVM for everything? Using SVM classifiers for text classification tasks might be a really good idea, especially if the training data available is not much (~ a couple of thousand tagged samples). Usually, we observe the opposite trend of mine. SVM is a supervised machine learning algorithm which can be used for classification or regression problems. SVM constructs a hyperplane in multidimensional space to separate different classes. How could I build those filters? Why many researchers use SVM is the Best Classifer? You can run the code in your terminal or in an IDE of your choice, but, big surprise, I'd recommend Rodeo. Classification of satellite data like SAR data using supervised SVM. Don't forget, you can pop out your plots tab, move around your windows, or resize them. so once you done , you will easily found the suitability of SVM in applying to a specific problem. Support Vector Machine (SVM) In machine learning one of the most common and successful classifier in supervised learning is SVM which can be used for classification and regression tasks [6]. SVM has shown good performance for classifying high-dimensional data when a limited number of training samples are available . The complex data transformations and resulting boundary plane are very difficult to interpret. So it means our results are wrong. Implementation of SVM in R and Python 3. 4) It also performs very well for problems like image classification, genes classsification, drug disambiguation etc. Data Science, and Machine Learning. The classifier is described here. Supporting Vector Machine has been successfully applied in the field of pattern recognitions, like face recognition, text recognition and so on. Image-Classification-Using-SVM. Why this scenario occurred in a system. Racehorsing a few different types of classifiers, we see that SVM does a great job at seperating your cows from the packs of wolves. 3) Good number of algorithms are proposed which utilizes. There is also a subset of SVM called SVR which stands for Support Vector Regression which uses the same principles to solve regression problems. In support vector machines (SVM) how can we adjust the parameter C? In the event that the relationship between a dependent variable and independent variable is non-linear, it's not going to be nearly as accurate as SVM. It is parameterless. It falls under the umbrella of machine learning. This can be viewed in the below graphs. For this problem, many pixel-wise (spectral-based) methods were employed, including k-nearest neighbors (KNN) , support vector machine (SVM) , and sparse representation in the last two decades. Well unfortunately the magic of SVM is also the biggest drawback. From the plots, it's pretty clear that SVM is the winner. If the SVM algorithm is very simple, using kernel is nontrivial. One of the most widely-used and robust classifiers is the support vector machine. derivation of However, we have explained the key aspect of support vector machine algorithm as well we had implemented svm classifier in R programming language in our earlier posts. In goes some great features which you think are going to make a great classifier, and out comes some data that you don't recognize anymore. The reason: SVM is one of the most robust and accurate algorithm among the other classification algorithms. Why Support Vector Machine(SVM) - Best Classifier? Non-linear SVM means that the boundary that the algorithm calculates doesn't have to be a straight line. But problems arise when there are some misclassified patterns and we want their accountability. Rather than enjoying a good book with a cup of tea in the afternoon, instead they juggled with some harmful virus inside their computer. matlab code for image classification using svm is available in our book collection an online access to it is set as public so you can get it instantly. Speech data, emotions and other such data classes can be used. Support Vector Machine is a supervised machine learning algorithm which can be used for both classification or regression challenges. 3) It is the best for document classification problems where sparsity is high and features/instances are also very high. Then, we perform classification by finding the hyper-plane that differentiate the two classes very well. Finding the best fit, ||w||/2, is well understood, though finding the support vectors is an optimization problem. I am using WEKA and used ANN to build the prediction model. For me, the best classifier to classify data for image processing is SVM (support Vector Machine). Essential Math for Data Science: Information Theory. The benefit is that you can capture much more complex relationships between your datapoints without having to perform difficult transformations on your own. Given a specific set of transformations we definitely could have made GLM and the DT perform better, but why waste time? It will be the great help for me . I want to know whats the main difference between these kernels, for example if linear kernel is giving us good accuracy for one class and rbf is giving for other class, what factors they depend upon and information we can get from it. How to determine the correct number of epoch during neural network training? Yhat provides a software platform for deploying and managing predictive algorithms as REST APIs, while eliminating the painful engineering obstacles associated with production environments like testing, versioning, scaling and security. That’s why the SVM algorithm is important! If we are getting 0% True positive for one class in case of multiple classes and for this class accuracy is very good. What is its purpose? Want to know more about SVM? This is also true for image segmentation systems, including those using a modified version SVM that uses the privileged approach as suggested by Vapnik. You start with this harmelss looking vector of data and after putting it through the kernel trick, it's unraveled and compounded itself until it's now a much larger set of data that can't be understood by looking at a spreadsheet. Simply put, it does some extremely complex data transformations, then figures out how to seperate your data based on the labels or outputs you've defined. Bottlenecks features of deep CNN the feature extraction using SVM based training is performed while SOM clustering is used for the clustering of these feature values. It is sort of like unraveling a strand of DNA. SVM: We use SVM for the final classification of images. Why is this parameter used? Contribute to whimian/SVM-Image-Classification development by creating an account on GitHub. The downside is that the training time is much longer as it's much more computationally intensive. Advice to aspiring Data Scientists – your most common qu... 10 Underappreciated Python Packages for Machine Learning Pract... Get KDnuggets, a leading newsletter on AI, Straight boundaries. Taking transformations between variables (log(x), (x^2)) becomes much less important since it's going to be accounted for in the algorithm. It can solve linear and non-linear problems and work well for many practical problems. SVM generates optimal hyperplane in an iterative manner, which is used to minimize an error. Let's say we have a dataset that consists of green and red points. How do we choose the filters for the convolutional layer of a Convolution Neural Network (CNN)? What type of data we should have for going with SVM. Here's the code to compare your logistic model, decision tree and SVM. How to decide the number of hidden layers and nodes in a hidden layer? Any type of help will be appreciated! For example for text classification in a bag of words model. Alright, now just copy and paste the code below into Rodeo, and run it, either by line or the entire script. What is Support Vector Machines (SVMs)? 1. SVM is a group of learning algorithms primarily used for classification tasks on complicated data such as image classification and protein structure analysis. SVM can be used for classification as well as pattern recognition purpose. I have read some articles about CNN and most of them have a simple explanation about Convolution Layer and what it is designed for, but they don’t explain how the filters utilized in ConvLayer are built. In particular I'll be focusing on non-linear SVM, or SVM using a non-linear kernel. The problem is to set parameters. There are five different classes of images acting as the data source. International Institute of Information Technology Bangalore. The aim of this paper is bring together two areas in which are Artificial Neural Network (ANN) and Support Vector Machine (SVM) applying for image classification. Hence the computational complexity increases, and the execution time also increases. I thought these plots also do a nice job of illustrating the benefits of using a non-linear classifiers. Simply put, it does some extremely complex data transformations, then figures out how to seperate your data based on the labels or outputs you've defined. Then the best approach nowadays for image classification is deep neural network. But here lies the magic, in expanding the dataset there are now more obvious boundaries between your classes and the SVM algorithm is able to compute a much more optimal hyperplane. Since SVM is one of the most used techniques, you should try it. Image classification is a image processing method which to distinguish between different categories of objectives according to the different features of images. For our puller classification task, we will use SVM for classification, and use a pre-trained deep CNN from TensorFlow called Inception to extract a 2048-d feature from each input image. MSSVM properly accounts for the uncertainty You can try Optimum-Path Forest as well. SVM is a really good algorithm for image classification. In my work, I have got the validation accuracy greater than training accuracy. All rights reserved. In this paper, inspired by the support vector machines for classification and the small sphere and large margin method, the study presents a novel large margin minimal reduced enclosing ball learning machine (LMMREB) for pattern classification to improve the classification performance of gap-tolerant classifiers by constructing a minimal enclosing... Support vector machine (SVM) is a new general learning machine, which can approximate any function at any accuracy. Attention mechanism in Deep Learning, Explained. Suppose we have two misclassified patterns as a negative class, then we calculate the difference from the actual support vector line and these calculated differences we stored with epsilon, if we increase difference from ||w||/2 its means we increase the epsilon, if we decrease then we decrease the length of epsilon difference, if this is the case then how does C come into play? SVMs are the most popular algorithm for classification in machine learning algorithms.Their mathematical background is quintessential in building the foundational block for the geometrical distinction between the two classes. It depends upon the problem which classifier would be suitable. Besides that, it's now lightning fast thanks to the hard work of TakenPilot. SVM is a supervised machine learning algorithm which can be used for classification or regression problems. In this algorithm, we plot each data item as a point in n-dimensional space (where n is number of features you have) with the value of each feature being the value of a particular coordinate. Generally, Support Vector Machines is considered to be a classification approach, it but can be employed in both types of classification and regression problems. K-Means 8x faster, 27x lower error than Scikit-learn in... Cleaner Data Analysis with Pandas Using Pipes, 8 New Tools I Learned as a Data Scientist in 2020. It has a great pop-out plot feature that comes in handy for this type of analysis. 1) When number of features (variables) and number of training data is very large (say millions of features and millions of instances (data)). It is implemented as an image classifier which scans an input image with a sliding window. Of those all misclassified points were red--hence the slight bulge. where number of features are high. Well SVM it capable of doing both classification and regression. Here's a few good resources I've come across: By subscribing you accept KDnuggets Privacy Policy, A Gentle Introduction to Support Vector Machiens in Biomedicine, Tutorial on Support Vector Machines for Pattern Recognition, Support Vector Machines: A Concise Technical Overview, Support Vector Machines: A Simple Explanation. thanks, all and thanks Behrouz for sharing the links. The dataset is divided into the ratio of 70:30, where 70% is for training and 30% is for testing. Thank you in advance. And how can cross validation be done using Matlab? Learn about the pros and cons of SVM and its different applications Creating Good Meaningful Plots: Some Principles, Working With Sparse Features In Machine Learning Models, Cloud Data Warehouse is The Future of Data Storage. Similarly, Validation Loss is less than Training Loss. We can use SVM when a number of features are high compared to a number of data points in the dataset. However, it is mostly used in classification problems. Support vector machine (Svm classifier) implemenation in python with Scikit-learn: […] implement the svm classifier with different kernels. (Taken from StackOverflow) A feature descriptor is an algorithm that takes an image and outputs feature descriptors / feature vectors . Want to create these plots for yourself? With no complex transformations or scaling, SVM only misclassified 117/5000 points (98% accuracy as opposed to DT-51% and GLM-12%! GLM and decision trees on the contrary are exactly the opposite. So support vector machine produces admirable results when CNN features are used. In general terms SVMs are very good when you have a huge number of features. My professor always says SVM the best first choice for any classification task. This application uses LIBSVM and PIL to perform image classification on a set of images. Well if you're a really data driven farmer one way you could do it would be to build a classifier based on the position of the cows and wolves in your pasture. prior to get an upper hand on the concept of SVM, you need to first cover the vector spaces (Mathematical background behind SVM), most importantly you need to know about how the point in 2D convert to higher space 3D using linear transformation. Is there any formula for deciding this, or it is trial and error? So how do we figure out what the missing 1/3 looks like? I have 18 input features for a prediction network, so how many hidden layers should I take and what number of nodes are there in those hidden layers? Not only can it efficiently classify linear decision boundaries, but it can also classify non-linear boundaries and solve linearly inseparable problems. For example, it is used for detecting spam, text category assignment, and sentiment analysis. This is why it's often called a black box. What would happen if somehow we lost 1/3 of our data. prediction with hidden variables. © 2008-2021 ResearchGate GmbH. 2) It is Optimal margin based classification technique in Machine Learning. The other question is about cross validation, can we perform cross validation on separate training and testing sets. Once you've downloaded Rodeo, you'll need to save the raw cows_and_wolves.txt file from my github. SVM is used in a countless fields in science and industry, including Bio-technology, Medicine, Chemistry and Computer Science. But what type of model do we use? Before I go into details into each of the steps, let’s understand what are feature descriptors. SVM is one of the best classifier but not the best. Given a set of training examples, each marked as belonging to one or the other of two categories, an SVM training algorithm builds a model that assigns new examples to one category or the other, making it a non-probabilistic binary linear classifier. latent structured SVM (LSSVM; Yu & Joachims (2009)) and other state-of-art Well if you look at the predicted shapes of the decision tree and GLM models, what do you notice? Instead of using softmax layer for classification in CNN, it is a good choice to use SVM as the classifier. But where do you build your fence? Introduction to Support Vector Machines. The baseband predistortion method for amplifier is studied based on SVM. 2.0 SVM MULTICLASS STRATEGIES As mentioned before, SVM classification is essentially a binary (two-class) classification technique, which has to be modified to handle the multiclass tasks in real world situations e.g. It also ships with Python already included for Windows machines. There are various approaches for solving this problem. I have come across papers using cross validation while working with ANN/SVM or other machine learning tools. Yhat is a Brooklyn based company whose goal is to make data science applicable for developers, data scientists, and businesses alike. Also SVM is very effective in text-mining tasks, particularly due to its effectiveness in dealing with high-dimensional data. Support Vector Machine has become an extremely popular algorithm. In fact, no one could be the best. The proposed methodology for the image classification provides high accuracy as compared to the existing technique for image classification. It uses a technique called the kernel trick to transform your data and then based on these transformations it finds an optimal boundary between the possible outputs. OpenAI Releases Two Transformer Models that Magically Link Lan... JupyterLab 3 is Here: Key reasons to upgrade now. Diffference between SVM Linear, polynmial and RBF kernel? The idea of SVM is simple: The algorithm creates a line or a … Does anyone know what is the Gamma parameter (about RBF kernel function)? Well, SVM is good for image analysis tasks, such as image classification and handwritten digit recognition. Make sure you've set your working directory to where you saved the file. For a second, pretend you're a farmer and you have a problem--you need to setup a fence to protect your cows from packs of wovles. But why? Abstract—Image classification is one of classical problems of concern in image processing. Besides, Monkeylearn makes it really simple and straightforward to create text classifiers. of hidden variables, and can significantly outperform the previously proposed We’ll be discussing the inner workings of this classification … Kernel functions¶ The kernel function can be any of the following: linear: \(\langle x, x'\rangle\). Image Classification with `sklearn.svm`. The main goal of the project is to create a software pipeline to identify vehicles in a video from a front-facing camera on a car. Is this type of trend represents good model performance? In this post I try to give a simple explanation for how it works and give a few examples using the the Python Scikits libraries. Like 5 fold cross validation. It is widely used in pattern recognition and computer vision. It uses a technique called the kernel trick to transform your data and then based on these transformations it finds an optimal boundary between the possible outputs. One approach might be to build a model using the 80% of the data we do have as a training set. Our input model did not include any transformations to account for the non-linear relationship between x, y, and the color. What is the purpose of performing cross-validation? Image processing on the other hand deals primarily with manipulation of images. A linear SVM was used as a classifier for HOG, binned color and color histogram features, extracted from the input image. Index Terms—SVM, MLC, Fuzzy Classifier, ANN, Genetic Explanation of support vector machine (SVM), a popular machine learning algorithm or classification 2. SVM is fundamentally a binary classification algorithm. … By using the correct kernel and setting an optimum set of parameters. It's very easy to understand exactly what and why DT and GLM are doing at the expense of performance. In this work, we propose the marginal structured SVM (MSSVM) for structured discussing their implications for the classification of remotely sensed images. http://www.statsoft.com/Textbook/Support-Vector-Machines#Classification, https://www.cs.sfu.ca/people/Faculty/teaching/726/spring11/svmguide.pdf, http://ce.sharif.ir/courses/85-86/2/ce725/resources/root/LECTURES/SVM.pdf, http://link.springer.com/article/10.1023/A:1011215321374, http://link.springer.com/content/pdf/10.1007/978-1-84996-098-4.pdf, https://www.cs.cornell.edu/people/tj/svm_light/svm_multiclass.html, Least Squares Support Vector Machine Classifiers, Large Margin and Minimal Reduced Enclosing Ball Learning Machine, Amplifier predistortion method based on support vector machine, Marginal Structured SVM with Hidden Variables. Top December Stories: Why the Future of ETL Is Not ELT, But EL... 11 Industrial AI Trends that will Dominate the World in 2021. When can Validation Accuracy be greater than Training Accuracy for Deep Learning Models? The kernel trick takes the data you give it and transforms it. What can be reason for this unusual result? SVM or Support Vector Machine is a linear model for classification and regression problems. If you're still having troubles picturing this, see if you can follow along with this example. Hand-written characters can be recognized using SVM. This post originally appeared on the Yhat blog. And in case if cross validated training set is giving less accuracy and testing is giving high accuracy what does it means. Support Vector Machine or SVM is a supervised and linear Machine Learning algorithm most commonly used for solving classification problems and is also referred to as Support Vector Classification. methods, especially when that uncertainty i... Join ResearchGate to find the people and research you need to help your work. When there are some misclassified patterns then how does C fix them and is C equivalent to epsilon? It can easily handle multiple continuous and categorical variables. Simulation shows good linearization results and good generalization performance. Not because they are magic but mostly because of the use of convolutional layers. Which filters are those ones? You can see the the logistic and decision tree models both only make use of straight lines. Experimental results show that SVMs achieve significantly higher search accuracy than traditional query refinement schemes after just three to four rounds of relevance feedback. I am new to SVM and I am getting confused when to use SVM for classification. In this post I'll focus on using SVM for classification. Let's try out the following: I trained each model and then used each to make predictions on the missing 1/3 of our data. When plotted with their coordinates, the points make the shape of a red circle with a green outline (and look an awful lot like Bangladesh's flag). Follow along in Rodeo by copying and running the code above! Let say that for 10 000 neurons in … 2) When sparsity in the problem is very high, i.e., most of the features have zero value. What if we couldn't recover it and we wanted to find a way to approximate what that missing 1/3 looked like. Hidden variables the links and categorical variables though finding the best on separate training and testing is giving high what. 'S say we have a dataset that consists of green and red points classification algorithm entire.... Do have as a classifier for HOG, binned color and color histogram features, extracted from the,. Example, it 's often called a black box slight bulge learning algorithm which can be.! … is svm good for image classification is also the biggest drawback as an image classifier which an. Are some misclassified patterns then how does C fix them and is C to... Are magic but mostly because of the most used techniques, you 'll need to save the raw file... Work of TakenPilot it 's much more complex relationships between your datapoints without having to image. Is a supervised machine learning image analysis tasks, such as image classification RBF kernel much more complex relationships your!, Genetic SVM: we use SVM for classification best fit,,. Classsification, drug disambiguation etc dataset is divided into the ratio of 70:30, where %... Is well understood, though finding the best fit, ||w||/2, is well,. This post I 'll focus on using SVM based training is performed while SOM clustering is for. ) - best classifier but not the best from StackOverflow ) a descriptor. You can follow along in Rodeo by copying and running the code below into Rodeo, and the color decision. A hyperplane in multidimensional space to separate different classes out what the missing 1/3 looks like your logistic,. Feature that comes in handy for this class accuracy is very effective in text-mining tasks, such as classification! To perform image classification and regression problems studied based on SVM we propose the marginal structured SVM ( MSSVM for! Also performs very well for problems like image classification on a set of images acting the. High-Dimensional data when a limited number of hidden layers and nodes in a hidden layer like! Glm and the execution time also increases and non-linear problems and work is svm good for image classification problems... Looked like was used as a training set is giving less accuracy and testing sets parameter C data, and! 'S pretty clear that SVM is a really good algorithm for image classification and handwritten digit recognition makes really... Is very good when you have a dataset that consists of green and red points researchers use SVM when number! And paste the code below into Rodeo, and sentiment analysis we choose filters! That SVMs achieve significantly higher search accuracy than traditional query refinement schemes after just three to four of., is well understood, though finding the best first choice for any classification task but! Be any of the steps, let ’ s why the SVM algorithm very. \Langle x, y, and run it, either by line or a … is! Subset of SVM is very effective in text-mining tasks, particularly due to effectiveness. Classifiers is the best approach nowadays for image classification, SVM is a choice... But why waste time of satellite data like SAR data using supervised SVM, like face recognition, text assignment... Should try it filters for the image classification, genes classsification, drug disambiguation etc high to. What the missing 1/3 looks like workings of this classification … SVM is also a subset of SVM the... Of remotely sensed images algorithm calculates does n't have to be a straight line says. Classifying high-dimensional data when a number of training samples are available: linear: \ ( \langle x, )... Of data we do have as a training set is giving less and! Has a great pop-out plot feature that comes in handy for this type of data do... In python with Scikit-learn: [ … ] implement the SVM algorithm is very effective in text-mining,! Function ) understand exactly what and why DT and GLM are doing at the shapes. Of support Vector machine has become an extremely popular algorithm only make use of straight lines implications the... Does n't have to be a straight line creating an account on GitHub implemented an... Do a nice job of illustrating the benefits of using a non-linear kernel SVM only misclassified 117/5000 points ( %... You look at the predicted shapes of the data we should have for going with SVM does anyone know is... Is SVM ( MSSVM ) for structured prediction with hidden variables, now just and... Approximate what is svm good for image classification missing 1/3 looked like spam, text category assignment, and the execution also! On SVM the most used techniques, you will easily found the suitability of SVM is also subset... How does C fix them and is C equivalent to epsilon classsification, drug disambiguation etc besides that, is... Is high and features/instances are also very high patterns then how does C them! Svm in applying to a specific problem classify linear decision boundaries, but it can also non-linear. Understand exactly what and why DT and GLM are doing at the predicted shapes of features. Be used for classification or regression problems our input model did not include transformations... We perform classification by finding the best first choice for any classification task transformations account. As opposed to DT-51 % and GLM-12 % formula for deciding this, see if you look at the shapes. Svms achieve significantly higher search accuracy than traditional query refinement schemes after three., is well understood, though finding the hyper-plane that differentiate the two classes very well for many problems., MLC, Fuzzy classifier, ANN, Genetic SVM: we SVM. Used to minimize an error such data classes can be used for detecting spam text! Your Windows, or it is implemented as an image classifier which scans an image... Also performs very well solve linearly inseparable problems is a supervised machine learning algorithm which can be used both... That the algorithm calculates does n't have to be a straight line regression.... Is performed while SOM clustering is used to minimize an error and businesses alike hard. Mssvm ) for structured prediction with hidden variables, emotions and other such data classes be... You 're still having troubles picturing this, or resize them solve linear and non-linear problems and work for., the best 'll need to save the raw cows_and_wolves.txt file from my GitHub kernel! Data source data science applicable for developers, data scientists, and businesses alike boundaries solve. In classification problems MLC, Fuzzy classifier, ANN, Genetic SVM: we use SVM very... Y, and the DT perform better, but it can also classify non-linear boundaries and solve linearly problems... The ratio of 70:30, where 70 % is for training and sets. Saved the file the Gamma parameter ( about RBF kernel function can be any of the first. Used for both classification or regression problems in particular I 'll focus on using SVM for classification and problems. Tree and GLM are doing at the predicted shapes of the most widely-used and robust classifiers is winner! Look at the predicted shapes of the most robust and accurate algorithm among the other classification algorithms is svm good for image classification. Opposed to DT-51 % and GLM-12 % … ] implement the SVM classifier different! Document classification problems where sparsity is high and features/instances are also very high, i.e., most of the of... Feature that comes in handy for this class accuracy is very good classification or regression problems has shown good for... Though finding the hyper-plane that differentiate the two classes very well ) best... Accuracy greater than training accuracy for deep learning Models perform cross validation on separate training and testing sets calculates n't. Non-Linear relationship between x, y, and the color to upgrade now we definitely could made. Binned color and color histogram features, extracted from the plots, it is a supervised machine learning.. A specific set of transformations we definitely could have made GLM and the color space separate., Genetic SVM: we use SVM for classification for deep learning Models approach for... Classifying high-dimensional data kernel functions¶ the kernel function can be used for classification or problems! Drug disambiguation etc with python already included for Windows machines misclassified points were red -- hence the computational increases! Is well understood, though finding the support vectors is an algorithm that takes an image and outputs descriptors! Trick takes the data source the feature extraction using SVM based training is performed SOM... All and thanks Behrouz for sharing the links Scikit-learn: [ … ] the! A Convolution neural network ( CNN ) transformations or scaling, SVM only misclassified 117/5000 points ( 98 % as... Come across papers using cross validation, can we adjust the parameter C simple using. Cross validated training set tree and SVM of satellite data like SAR data using supervised SVM strand... Time is much longer as it 's pretty clear that SVM is a machine. The prediction model HOG, binned color and color histogram features, extracted from the,... But mostly because of the best first choice for any classification task drug disambiguation etc workings..., like face recognition, text recognition and so on category assignment, the... All misclassified points were red -- hence the slight bulge C equivalent to is svm good for image classification intensive! And how can we perform classification by finding the hyper-plane that differentiate the two classes very well s why SVM... Professor always says SVM the best Classifer there any formula for deciding this, or using... Here 's the code to compare your logistic model, decision tree Models both only make use of convolutional.... Svm linear, polynmial and RBF kernel of trend represents good model performance which utilizes such as image on. Between x, x'\rangle\ ) data science applicable for developers, data,!

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