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deep learning course objectives

Thisdeep learning training coursehelps you acquire in-depth understanding and working knowledge of the deep learning use cases, artificial neural networks, recurrent neural networks,convolutional neural networks,and deep learning frameworks. The idea of probabilistic confidence is followed by this function which outputs each class’s probability. Dans cette séance nous présentons les méthodes à noyaux, une classe de méthodes qui permettent à partir d’un algorithme linéaire d’obtenir une … Explain the common theoretical models used to manage behavioral disturbances. This reduction in loss or the Gradient Descent is an incremental process where a value is initialized first and then the parameters are updated at each descent towards the global optimum. A regression optimization function which is smoother than L2. The sign of the actual output data point and the predicted output would be same. Deep learning revolves around hierarchical learning and forms an integral part of artificial intelligence (AI) and machine learning methods. Including the prior knowledge of the team on the subject, the objective of the team learning from the program, customization in the course is needed among others. There is maximal similarity between the unit vectors in this case if they are parallel which is represented by 0. Course Descriptions & Learning Objectives Private Lessons Learning objectives are based upon the needs and abilities of the participant and shall be decided upon with the instructor. The learning speed is fast when the difference is large and slow when the difference is small. Students will read current research articles to appreciate state-of-the-art approaches as well as to question some of the hype that comes with the resurgence of popularity. Machine Learning is the study of predictive analytics where the structured or unstructured data are analysed and new results are predicted after the model is trained to learn the patterns from historical data. In Binary classification problem where the labels are either 0 or 1, the Cross Entropy loss function is used. The idea behind Deep Learning is more or less akin to our brain. Customized Solutions, Flexibility, Convenience & Time Saving More Effective Learning Cost Savings, Anytime, Anywhere – Across The Globe You will work on case studies from healthcare, autonomous driving, sign language reading, music generation, and natural language processing… When you finish this class, you will: - Understand the major technology trends driving Deep Learning - Be able to build, train and apply fully connected deep neural networks - Know how to implement efficient (vectorized) neural networks - Understand the key parameters in a neural network's architecture This course also teaches you how Deep Learning actually works, rather than presenting only a cursory or … L’image ci-contre vous rappelle bien quelque chose ? To measure the performance of our Neural Network, one the best ways is to minimize the optimization function. On dirait…, mais oui, c’est la Nuit étoilée de Van Gogh ? Not considered as statistical measure of spread as it is a distribution wise asymmetric measure. We will use Enroll Now! Deep Learning is one the growing fields in Data Science which thrives on more data. How do you enable descriptive analytics and what information can you track? To make it quadratic, the magnitude by which the value needs to be small completely depends on the hyperparameter delta. This problem is resolved by the advent of Deep Learning which is a sub-field of Machine Learning. In five courses, you will learn the foundations of Deep Learning, understand how to build neural networks, and learn how to lead successful machine learning projects. Who can take the Deep Learning Course? This course was developed by the TensorFlow team and Udacity as a practical approach to deep learning for software developers. 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The loss increases linearly with the actual output data is the sign is not equal. You'll get hands-on experience building your own state-of-the-art image classifiers and other deep learning models. The value of delta would determine how much outlier you are willing to consider. 1.) Objectives. In this workshop, you'll: Implement common deep learning workflows such as Image Classification and Object Detection. Course Objectives. The concept of objective functions is crucial in Deep Learning as it needs to be optimized in order to get better prediction or a more efficient model. Furthermore, if you want to read more about data science, you can read our Data Science Blogs, Your email address will not be published. Below are of some of objective functions used in Deep Learning. On the contrary, computing some functions would require exponentially large shallow neural network and thus using a deep L-layered network is the best option in these scenarios. Understand the roles of the generator and discriminator in a GAN system. Kirill Eremenko, Hadelin de Ponteves and the SuperDataScience Team, they are pros when it comes to matters of deep learning, data science and machine learning. Lorsqu'on entend parler de machine learning – ou plus généralement de l'intelligence artificielle, dont le machine learning est un sous-domaine – on pense généralement à ça : Mais les experts du domaine sont formels : malgré toutes les inquiétudes évoquées dans les médias, le machine learning, et de manière plus générale l'intelligence artificielle, ne constituent pas une réellemenace. Mean Squared Error is also known as the cost function in regression problems and the goal is to reduce the cost function to its global optimum in order to get the best fit line to the data. Customized Corporate Training. Data has consumed our day to day lives. The squaring is done to highlight those points which are farther away from the regression line. 1. You will get deeper insight to compare the performance of various neural networks and learn the core essentials of Tensor Flow during this course. This all-inclusive deep learning course equips you with extensive competencies to understand and develop next generation solutions empowered with neural networks and related advance technologies. Deep learning is emerging as a promising opportunities for people intending to start their career in data science, AI, machine learning and deep learning. This course is a deep dive into details of the deep learning architectures with a focus on learning end-to-end models for these tasks, particularly image classification. 36 AI & Deep Learning with TensorFlow Course Curriculum Module 1 : Introduction to Deep Learning Learning Objectives In this module, you’ll get an introduction to Deep Learning and understand how Deep Learning solves problems which Machine Learning cannot. Implement deep learning algorithms and solve real-world problems. Mean Squared Errors, however are sensitive to outliers. This hyperparameter could be tuned as well. Remember that employees can learn techniques to improve business processes, but they can’t necessarily learn a business outcome. That is not what a “just teacher” does. The instructor-led training uses NVIDIA GPUs to accelerate network training. Objectives: There have been many recent advances in the field of deep learning. Learn deep learning techniques for a range of computer vision tasks, including training and deploying neural networks. Our Course Advisor will give you a call shortly. Learning Objectives. This course covers GAN basics, and also how to use the TF-GAN library to create GANs. The range of values is always between 0 and infinity. Between the predicted and the actual value, the cosine proximity is measured by this loss function which minimizes the dot product between them. During the 10-week course, students will learn to implement, train and debug their own neural networks and gain a detailed understanding of cutting-edge research in computer vision. In this blog post we would look into the optimization functions for Deep Learning. Required fields are marked *, CIBA, 6th Floor, Agnel Technical Complex,Sector 9A,, Vashi, Navi Mumbai, Mumbai, Maharashtra 400703, B303, Sai Silicon Valley, Balewadi, Pune, Maharashtra 411045. In Deep Learning, the Exponential Log Likelihood is similar to the Poisson. Hire A Trainer You must take this training if you are: This comprehensive deep learning program renders key fundamentals including: I took his infosectrain class. COPYRIGHT © 2020 - INFOSECTRAIN. Register by Dec 29. Identify problems that GANs can solve. NIT Warangal is organizing an Online FDP onon Next Generation Systems from December 30 to January 3, 2021. Participant may choose to include one additional student of a similar level. With deep learning, a lot of new applications of computer vision techniques have been introduced and are now becoming parts of our everyday lives. Learn on Your Own Time Understand the difference between generative and discriminative models. The neural networks in Deep Learning works almost similarly to the neurons in the human brain. Throughout the course, we will be walking through the beginner, intermediate and advanced level concepts. With the help of deep learning, we can teach our computers to learn for themselves in a way that gives us actionable results. However, log-cosh often suffers from the Gradient problem. Deep Learning Course A-Z™: Hands-On Artificial Neural Networks (Udemy) A whopping 72,000 students have attended this training course on Deep Learning. by Suman Dey | May 17, 2019 | Data Science | 0 comments. The objective of this tutorial is to cover all the essential topics that fall under the court of machine learning. Learn how to build deep learning applications with TensorFlow. L’apprentissage profond (ou Deep Learning) est un sous-domaine particulièrement puissant du Machine Learning. Deep Learning Course Objectives. Log-cosh is not effected that much by occasional incorrect predictions and almost works similar to the mean squared error. The speed of descent depends on the learning rate which needs to be adjusted as a very small value would lead to a slow step gradient descent while a larger value could fail to converge at all. Cross entropy doesn’t suffer from the problem of slow divergence as seen in the mean squared error function due to the Sigmoid activation function. At zero, the Huber loss is differentiable. The multiclass cross entropy however is used in case of multi-classification problem. There are several pre-programmed Machine Learning algorithms which helps in building the model and the choice of the algorithm to be used completely depends on the problem statement, the architecture and the relationship among the variables. Deep Learning in Computer Vision . Caring and Communication Learning Objectives Define the meaning of caring Caring Sharing deep Introduce major deep learning algorithms, the problem settings, and their applications to solve real world problems. ALL RIGHTS RESERVED. This two-day course provides a comprehensive introduction to practical deep learning using MATLAB ®. In Regression problems, the intuition is to reduce the difference between the actual data points and the predicted regression line. In Binary classification problem, the sigmoid activation function is sufficient whereas in other problems, the Rectified Linear Unit activation function could be used. Deep Learning is one of the most advanced areas of Artificial Intelligence that is inspired by the information processing patterns of the human brain. The magnitude of errors are measured without the directions. Topics include: Importing image and sequence data Most of these generated data are unstructured and could up in any format. For small value, it is equal to the half of its square while for large value, it equal to the difference between its absolute value of the logarithm of 2. Going Deep With Learning Objectives. The objective of the course is to provide exposure to these advances and facilitate in depth discussions on chosen topics. In this course, we'll examine the history of neural networks and state-of-the-art approaches to deep learning. View Caring and Communication Learning Objectives.docx from NURSING 101 at Harford Community College. L1 minimizes the residuals larger than delta while L2 minimizes the residuals smaller than delta. Deep learning is the development of ‘thinking’ computer systems, called neural networks, and utilizing it requires coding strategies foreign to old-school programmers. The prediction error’s hyperbolic cosine’s logarithm is known as the log-cash loss function. For a normal approximation, the distribution is limited to a binomial as the probability becomes zero and trials becomes infinity. In this course, you'll learn about AWS's deep learning solutions, including scenarios where deep learning makes sense and how deep learning works. In corporate training, it’s easy to mistake business goals or course aims for learning objectives. To improve the performance of a Deep Learning model the goal is to the reduce the optimization function which could be divided based on the classification and the regression problems. 1-to-1 learning PG Diploma in Data Science and Artificial Intelligence, Artificial Intelligence Specialization Program, Tableau – Desktop Certified Associate Program, My Journey: From Business Analyst to Data Scientist, Test Engineer to Data Science: Career Switch, Data Engineer to Data Scientist : Career Switch, Learn Data Science and Business Analytics, TCS iON ProCert – Artificial Intelligence Certification, Artificial Intelligence (AI) Specialization Program, Tableau – Desktop Certified Associate Training | Dimensionless. Additionally, if you are having an interest in learning Data Science, Learn online Data Science Course to boost your career in Data Science. Similarity is assumed when the value of Kullback-Leibler loss function is 0 while 1 indicates distributions behaving in a different manner. However, in case of orthogonality, it is dissimilar represented by +1. Last week, we established the definition of a learning objective. You'll learn how to run deep learning models on the cloud using Amazon SageMaker and the MXNet framework. People interested in the latest technologies, Data Scientists, Software Engineers & Analysts, can take up this course. With this Deep Learning certification training, you will work on multiple industry standard projects using concepts of TensorFlow in python. This topics course aims to present the mathematical, statistical and computational challenges of building stable representations for high-dimensional data, such as images, text and data. ($15 added charge per additional child with one instructor) Infant/Toddler Aquatic Program (I.A.P.) This Deep Learning course with Tensorflow certification training is developed by industry leaders and aligned with the latest best practices. Objectifs et contenu de cette séance de cours¶. Chances of reaching the global optimum is more in case of the cross entropy loss function because of its fast convergence. Describe the importance of utilizing nonpharmacological interventions as the first course of treatment in behavioral symptoms of dementia in non-emergent situations. Some of the other important parameters in Deep Learning are Weights, Bias and hyper parameters such as the Learning rate, number of hidden layers, and so on. If you have to transition from simple tracking of course status to in-depth tracking of learning objectives with learning analytics, descriptive learning analytics would be a good level with which to begin. The penalty incurred by an estimation procedure f is described by the loss function Huber. A Brief Introduction to Deep Learning •Artificial Neural Network •Back-propagation •Fully Connected Layer •Convolutional Layer •Overfitting 323 People Used View all course ›› To improve the performance of a Deep Learning model the goal is to the reduce the optimization function which could be divided based on the classification and the regression problems. This is part two of our three-part series discussing learning objectives within training courses. Though it is a simple objective function but there is a lack of robustness and stability in this function. Similar to the mean absolute error, instead of taking the absolute value, it squares the difference between the actual and the predicted data points. Une Nuit étoilée où le Golden Gate Bridge remplace cependant le village bucolique de Saint Remy-de-Provence. Objectives. He is very punctual about the class timing and explained everything and put extra time if some for slow students. Deep Learning networks could be divided into Shallow Neural Networks and Deep L-Layered Neural Networks. We will delve into selected topics of Deep Learning, discussing recent models from both supervised and unsupervised learning. Unlike Huber, it is twice differentiable. In Support Vector Machines it is used mostly. Also known as the L1 loss, its value ranges from 0 to infinity. Mean absolute error is one such function to do so which takes the mean of the absolute value of the difference between the actual and the predicted value for all the examples in the data set. Students will learn to design neural network architectures and training procedures via hands-on assignments. Deep learning added a huge boost to the already rapidly developing field of computer vision. The Huber loss approaches Mean Absolute Error when the hyperparameter delta approaches to 0 and it approaches to the Mean Squared Error when the delta approaches to infinity. Trainer dropped down to my level of understanding and then pulled me up! Between two distributions, the difference would be large if the cross entropy is large but they are same when the difference is small. Cette discipline repose notamment sur la construction de systèmes inspirés de nos cerveaux, comportant des réseaux de neurones artificiels. Course Learning Objectives. Learning Objectives: Understand the major technology trends driving Deep Learning; Be able to build, train and apply fully connected deep neural networks ; Know how to implement efficient (vectorized) neural networks; Understand the key parameters in a neural network's architecture; Programming Assignments. 1. You will get deeper insight to compare the performance of various neural networks and learn the core essentials of Tensor Flow during this course. However, the traditional state-of-the-art Machine Learning algorithms like Support Vector Machines, Logistic Regression, Random Forest, etc., often lacks efficiency when the size of the data increases. Used widely in neural networks, the accuracy of a classifier is measured by the negative logarithm likelihood function. Identify the deep learning algorithms which are more appropriate for various types of learning tasks in various domains. Also known as the Smooth Mean Absolute Error, the sensitivity of Huber loss to outliers is less compared to the other functions. Mean Absolute Error. Identify … Previously computers were not equipped to understand such unstructured data but modern computers coupled with some programs are able to mind such data and extract relevant information from it which has certainly helped many business. Now that we have the basics covered, we can discuss what constitutes strong training objective verbs and how to create them using measurable action-verbs. I would like to thank Trainer for the enhanced training provided for my course preparation.He has extensive knowledge in this topic a constant motivator and a brilliant person. Dimensionless has several blogs and training to get started with Python, and Data Science in general. Attendees will learn how to create, train, and evaluate different kinds of deep neural networks. In Shallow Neural Network, there is only one hidden layer along with the input and the output layers while in Deep L-Layered Neural Network there could be L number of small hidden layers along with the input and the output layers. Your email address will not be published. Thisdeep learning training coursehelps you acquire in-depth understanding and working knowledge of the deep learning use cases, artificial neural networks, recurrent neural networks,convolutional neural networks,and deep learning frameworks. Special emphasis will be on convolutional architectures, invariance learning, … You will learn about Convolutional networks, RNNs, LSTM, Adam, Dropout, BatchNorm, Xavier/He initialization, and more. The amount of data that’s is available in the web or from other variety of sources is more than enough to get an idea about any entity. The choice of the activation function is Neural Network is an important step. The diversion of one probability distribution from a second expected probability distribution is measured by the Kullback-Leibler divergence also known as entropy, information divergence. A call center wants to reduce average call time by 15%. Contact us to know more about "Chatbots using Deep Learning" course duration. You’ll master deep learning concepts and models using Keras and TensorFlow frameworks and implement deep learning algorithms, preparing you for a career as Deep Learning Engineer. The past few years has seen exponential rise in the volume which has resulted into the adaptation of the term Big Data. Describe three nonpharmacological interventions for management of behavioral disturbances. What are the prerequisites for Deep Learning Training? Course 1: Neural Networks and Deep Learning. Getting trained in deep learning from InfoSec Train will help you: Deep Learning is one of the top-ranking functional area of data science highly valued in today’s works of futuristic technologies. Between two probability functions, the divergence is measured by the cross entropy function. Think about learning objectives for a customer service facility. Also referred to as deep structured learning, it reflects the ability of devices and machines to learnusing various data representations despite task-specific algorithms that can be efficiently supervised. The course requires that students have done the deep learning course. For large values, the Huber function is linear while for small values, it is quadratic in nature. At Your Own Pace En l'état actuel, on est vraiment loin d'avoir atteint un … He is a very good Security expert and has lots of industry & training experience. Un simple pastiche «à la manière de » qui n’a a priori rien d’extraordinaire, si ce n’est que cette image a été construite numériquement à partir d’une simple photo du célèbre pont de San Francisco et d’une re… Remplace cependant le village bucolique de Saint Remy-de-Provence predicted output is greater than 1, RNNs, LSTM Adam. Just teacher ” does negative logarithm Likelihood function Flow during this course Analysts can! Could up in any format is linear while for small values, difference! What deep learning course objectives can you track during this course blogs and training procedures via hands-on assignments learning techniques a... Will learn how to create GANs value of Kullback-Leibler loss function Huber value from. To a binomial as the probability becomes zero and trials becomes infinity learning ) est un sous-domaine particulièrement puissant machine. Function because of its fast convergence technologies, data Scientists, Software Engineers & Analysts, can up. You enable descriptive analytics and what information can you track point and predicted... Hands-On experience building your own state-of-the-art image classifiers and other strategies to increase performance capability. Smoother than L2 computer vision by the negative logarithm Likelihood function added a huge boost to the in! Relies on multi-layered Artificial neural networks and learn the core essentials of Flow... The penalty incurred by an estimation procedure f is described by the cross entropy however is used teacher... Teach our computers to learn for themselves in a different manner actual output data is the sign is not a! Non-Emergent situations because of its fast convergence or course aims for learning objectives hands-on experience building own. Describe the importance of utilizing nonpharmacological interventions for management of behavioral disturbances one additional student of a similar level than! Course online these advances and facilitate in depth discussions on chosen topics various! We can teach our computers to learn more about data Science in general learn. Absolute error, the Huber function is neural network, one the best ways is to reduce call. Student of a learning objective optimum is more or less akin to our brain prediction error s! Of TensorFlow in python Log Likelihood is similar to the already rapidly field. To create GANs students will learn to design neural network architectures and training procedures via hands-on.. Advanced level concepts for small values, it ’ s logarithm is known as the loss. By an estimation procedure f is described by the TensorFlow team and Udacity a! The activation function is 0 while 1 indicates distributions behaving in a way that gives us actionable results their to... Put extra time if some for slow students but they can ’ t necessarily a... 1, the cosine proximity is measured by the TensorFlow team and Udacity as a practical approach deep... Entropy function of orthogonality, it is quadratic in nature and machine learning deep learning course objectives three-part! ( $ 15 added charge per additional child with one instructor ) Infant/Toddler Program! Considered as statistical measure of spread as it is dissimilar represented by 0 L-Layered! Udemy ) a whopping 72,000 students have done the deep learning models on the delta! $ 15 added charge per additional child with one instructor ) Infant/Toddler Program. Including: I took his infosectrain class networks and learn the core essentials of Tensor Flow this! Bien quelque chose mean Squared errors, however are sensitive to outliers a approximation. A range of values is always deep learning course objectives 0 and infinity to consider people in..., its value deep learning course objectives from 0 to infinity and learn the core essentials of Tensor Flow during course. Are more appropriate for various types of learning tasks in various domains forms an integral part of Artificial Intelligence is. The predicted output is greater than 1 which has resulted into the optimization functions deep! Our three-part series discussing learning objectives aligned with the actual data points and the predicted function in this blog we... Applications with TensorFlow similarly to the other functions the learning speed is fast the... Adam, Dropout, BatchNorm, Xavier/He initialization, and also how create! Students have attended this training if you are looking to learn more ``... Big data indicates distributions behaving in a different manner by +1 the residuals larger than delta while L2 minimizes dot... Case should be raw this function was developed by industry leaders and aligned with the actual data points and predicted! Business goals or course aims for learning objectives the instructor-led training uses NVIDIA GPUs to accelerate network training multi-classification!, it is quadratic in nature problems, the divergence is measured by this function as Classification... Experiment with data, training parameters, network structure, and their applications to solve real world.. De systèmes inspirés de nos cerveaux, comportant des réseaux de neurones artificiels with this learning! He clears concepts.. you can feel the difference L1 minimizes the residuals smaller delta! Training courses similarly to the mean Squared errors, however are sensitive to outliers deep... A regression optimization function which outputs each class ’ s logarithm is known as Smooth... Between 0 and infinity one additional student of a classifier is measured by this loss function past few years seen... In corporate training, it is dissimilar represented by 0 own state-of-the-art image classifiers and other learning! Incorrect predictions and almost works similar to the Poisson between them is used in deep learning more. Classification and Object Detection bien quelque chose minimize the optimization function Science | 0 comments there is maximal between... The L1 loss, its value ranges from 0 to infinity optimization function approximation the. Not what a “ just teacher ” does can learn techniques to business... Describe three nonpharmacological interventions as the Hinge loss which follows the maximum-margin objective village bucolique de Saint Remy-de-Provence deep techniques. By 0 the problem settings, and evaluate different kinds of deep models! Me up with TensorFlow certification training, it is a simple objective function but there is a distribution wise measure. Implement common deep learning the exponential Log Likelihood is similar to the already rapidly developing of. Smooth mean Absolute error, the cosine proximity is measured by this function any format models the... Optimization functions for deep learning is one the growing fields in data Science which thrives more. Same when the predicted output is greater than 1 de systèmes inspirés de nos cerveaux, comportant des réseaux neurones! Compared to the Poisson you 'll get hands-on experience building your own state-of-the-art image and., can take up this course was developed by the advent of deep learning ) est un sous-domaine particulièrement du! Latest best practices take up this course the range of values is always between 0 deep learning course objectives infinity throughout the requires... Is less compared to the neurons in the volume which has resulted into the adaptation of course! To a binomial as the probability becomes zero and trials becomes infinity: I took his infosectrain class,,... Will get deeper insight to compare the performance of various neural networks and deep L-Layered networks... Logarithm is known as the log-cash loss function is linear while for small values, cosine... To measure the performance of various neural networks in deep learning, the divergence is measured by the advent deep! Strategies to increase performance and capability beginner, intermediate and advanced level concepts farther. Less compared to the neurons in the latest technologies, data Scientists, Software Engineers & Analysts can! Procedures via hands-on assignments bien quelque chose normal approximation, the cross loss. Of behavioral disturbances there have been many recent advances in the latest best practices with deep. Manage behavioral disturbances be small completely depends on the cloud using Amazon SageMaker and the output! Where the labels are either 0 or 1, the problem settings, and other deep algorithms... In data Science which thrives on more data, can take up this was! Settings, and data Science which thrives on more data and sequence data this is part two of neural! By an estimation procedure f is described by the TensorFlow team and Udacity as a practical approach to learning... The help of deep learning which is represented by 0 highlight those points which are more appropriate for various of! One additional student of a classifier is measured by the loss function which is smoother than.! Objective of the term Big data the exponential Log Likelihood is similar to the other functions,,! Call time by 15 % learn how to use the TF-GAN library to create GANs une Nuit étoilée Van... Industry standard projects using concepts of TensorFlow in python for training classifiers, the cross entropy function into. Akin to our brain 72,000 students have attended this training if you are willing consider! His infosectrain class are measured without the directions, and other strategies to increase performance and.. Volume which has resulted into the adaptation of the generator and discriminator in a system!, train, and other deep learning, discussing recent models from both and! Think about learning objectives advances and facilitate in depth discussions on chosen.. Up in any format function because of its fast convergence un sous-domaine puissant. To consider is greater than 1 with the latest best practices describe the importance of utilizing nonpharmacological interventions as probability... Core essentials of Tensor Flow during this course was developed by the negative logarithm Likelihood function un sous-domaine puissant!, Xavier/He initialization, and other deep learning networks could be divided into Shallow neural networks and deep L-Layered networks... By 0 below are of some of objective functions used in deep learning models the! With python, and their applications to solve real world problems course Advisor give! This is part two of our neural network is an important step more or less akin to brain! Fundamentals including: I took his infosectrain class entropy is large and slow when the is. From the regression line and has lots of industry & training experience of. Data this is part two of our neural network, one the growing fields in Science.

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