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Become a TensorFlow Certified Professional Developer

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Ligency Team,TFC Course

18:08:48

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  • 1. Introduction to the Course.mp4
    04:30
  • 2. Contact and Questions.html
  • 1. Intro.mp4
    01:33
  • 2. Get course materials.html
  • 3. Plan of Attack.mp4
    02:51
  • 4. Functioning of the Human Neuron.mp4
    16:15
  • 5. How Neural Networks Work.mp4
    12:47
  • 6. Activation Function.mp4
    08:29
  • 7. How Neural Networks Learn.mp4
    12:58
  • 8. Gradient Descent.mp4
    10:12
  • 9. Stochastic Gradient Descent.mp4
    08:44
  • 10. Back-Propagation.mp4
    05:21
  • 11. Build an ANN with TensorFlow in 5 Steps From Scratch - Step 1.mp4
    10:21
  • 12. Build an ANN with TensorFlow in 5 Steps From Scratch - Step 2.mp4
    18:36
  • 13. Build an ANN with TensorFlow in 5 Steps From Scratch - Step 3.mp4
    14:28
  • 14. Build an ANN with TensorFlow in 5 Steps From Scratch - Step 4.mp4
    11:58
  • 15. Build an ANN with TensorFlow in 5 Steps From Scratch - Step 5.mp4
    16:25
  • 1. Intro.mp4
    01:17
  • 2. Plan of Attack.mp4
    03:31
  • 3. What are Convolutional Neural Networks.mp4
    15:49
  • 4. Step 1 The Convolution Operation.mp4
    16:38
  • 5. Step 1 (Part B) ReLU Layer.mp4
    06:41
  • 6. Step 2 Pooling.mp4
    14:13
  • 7. Step 3 Flattening.mp4
    01:52
  • 8. Step 4 Full Connection.mp4
    19:24
  • 9. Summary.mp4
    04:19
  • 10. Softmax Activation Function & Cross-Entropy Loss Function.mp4
    18:20
  • 11. Build a CNN with TensorFlow in 5 Steps From Scratch - Step 1.mp4
    11:35
  • 12. Build a CNN with TensorFlow in 5 Steps From Scratch - Step 2.mp4
    17:46
  • 13. Build a CNN with TensorFlow in 5 Steps From Scratch - Step 3.mp4
    17:56
  • 14. Build a CNN with TensorFlow in 5 Steps From Scratch - Step 4.mp4
    07:21
  • 15. Build a CNN with TensorFlow in 5 Steps From Scratch - Step 5.mp4
    14:55
  • 16. Demo.mp4
    23:38
  • 1. Intro.mp4
    01:22
  • 2. Plan of Attack.mp4
    02:32
  • 3. Recurrent Neural Networks.mp4
    16:01
  • 4. Vanishing Gradient Problem.mp4
    14:27
  • 5. LSTMs and How They Work.mp4
    19:47
  • 6. Practical Intuition.mp4
    15:11
  • 7. LSTM Variations.mp4
    03:36
  • 8. Build a RNN with TensorFlow in 15 steps from scratch - Step 1.mp4
    06:29
  • 9. Build a RNN with TensorFlow in 15 steps from scratch - Step 2.mp4
    07:04
  • 10. Build a RNN with TensorFlow in 15 steps from scratch - Step 3.mp4
    05:57
  • 11. Build a RNN with TensorFlow in 15 steps from scratch - Step 4.mp4
    14:23
  • 12. Build a RNN with TensorFlow in 15 steps from scratch - Step 5.mp4
    10:40
  • 13. Build a RNN with TensorFlow in 15 steps from scratch - Step 6.mp4
    02:50
  • 14. Build a RNN with TensorFlow in 15 steps from scratch - Step 7.mp4
    08:42
  • 15. Build a RNN with TensorFlow in 15 steps from scratch - Step 8.mp4
    05:20
  • 16. Build a RNN with TensorFlow in 15 steps from scratch - Step 9.mp4
    03:20
  • 17. Build a RNN with TensorFlow in 15 steps from scratch - Step 10.mp4
    04:21
  • 18. Build a RNN with TensorFlow in 15 steps from scratch - Step 11.mp4
    10:31
  • 19. Build a RNN with TensorFlow in 15 steps from scratch - Step 12.mp4
    05:22
  • 20. Build a RNN with TensorFlow in 15 steps from scratch - Step 13.mp4
    16:50
  • 21. Build a RNN with TensorFlow in 15 steps from scratch - Step 14.mp4
    08:15
  • 22. Build a RNN with TensorFlow in 15 steps from scratch - Step 15.mp4
    09:36
  • 1. Intro.mp4
    01:23
  • 2. Introduction to Computer Vision.mp4
    06:06
  • 3. Code to Load Training Data For a Computer Vision Task.mp4
    04:32
  • 4. Code a First Computer Vision Neural Network.mp4
    02:02
  • 5. How to Use Callbacks to Control The Training.mp4
    01:28
  • 1. Intro.mp4
    00:44
  • 2. Dive deeper into convolutions.mp4
    09:38
  • 3. Fashion classifier with more advanced convolutions.mp4
    05:21
  • 4. New dataset with same more advanced convolutions and further improvement through.mp4
    03:49
  • 1. Intro.mp4
    00:39
  • 2. ImageGenerator.mp4
    10:28
  • 3. ConvNet to use on complex images and how to train it with fit generator.mp4
    04:37
  • 1. Intro.mp4
    00:38
  • 2. Build and train the ConvNet for Real-World Images.mp4
    03:16
  • 3. Automatic validation to test and improve the accuracy, as well as the impact of.mp4
    05:26
  • 1. Intro.mp4
    00:40
  • 2. Dive deeper into image augmentation.mp4
    06:45
  • 3. Code gain the augmentation technique with ImageDataGenerator.mp4
    01:41
  • 4. Add that to the cats vs. dogs dataset.mp4
    01:39
  • 5. Do the same on the horses vs. humans dataset.mp4
    01:58
  • 1. Intro.mp4
    00:37
  • 2. Concept of transfer learning.mp4
    06:08
  • 3. Transfer learning from the inception mode and use dropouts to reduce overfitting.mp4
    01:47
  • 4. Code our own model by using transferred features.mp4
    02:11
  • 1. Intro.mp4
    00:39
  • 2. Moving from binary to multi-class classification and the Rock Paper Scissors dat.mp4
    03:33
  • 3. Train a classifier with Rock Paper Scissors and test that same classifier.mp4
    05:23
  • 1. Intro.mp4
    01:04
  • 2. Create a Convolutional Net with JavaScript.mp4
    05:08
  • 3. Visualize the Training Process.mp4
    02:19
  • 4. How to use the Sprite Sheet, and then tf.tidy() to Save Memory.mp4
    06:10
  • 1. Intro.mp4
    01:15
  • 2. Pre-trained TensorFlow.js models and toxicity Classifier, including in code.mp4
    06:02
  • 3. MobileNet using TensorFlow.js and MobileNet Example In Code.mp4
    04:07
  • 4. How to convert Models to JavaScript.mp4
    04:24
  • 1. Intro.mp4
    00:40
  • 2. How to retrain the MobileNet Model using Transfer Learning.mp4
    06:54
  • 3. How to capture the Data to train again the network.mp4
    07:25
  • 4. How to performing Inference.mp4
    04:25
  • 1. Intro.mp4
    00:54
  • 2. Introduction to NLP and how word based encodings work.mp4
    06:19
  • 3. How to go from text to sequence using the tokenizer.mp4
    06:50
  • 4. How padding works, still in the process of preprocessing texts.mp4
    04:26
  • 1. Intro.mp4
    00:35
  • 2. Introduction to Embeddings.mp4
    11:21
  • 3. IMDB dataset to look into the details of embeddings.mp4
    04:38
  • 4. Build a classifier for the sarcasm dataset.mp4
    04:36
  • 1. Intro.mp4
    00:45
  • 2. Recurrent Models used for NLP, application and implementation of LSTMs to NLP.mp4
    07:41
  • 3. Try using a convolutional neural network for NLP.mp4
    05:13
  • 1. Intro.mp4
    00:45
  • 2. Text generation with RNNs.mp4
    06:05
  • 3. Train RNNs on some text data to find what the next word should be in a sequence.mp4
    04:31
  • 4. Try to do poetry by using RNNs.mp4
    04:18
  • 1. Intro.mp4
    01:00
  • 2. Understanding of time series, and how to split them into the train, validation a.mp4
    10:31
  • 3. Different metrics for evaluating performance of time series, concepts of moving.mp4
    08:16
  • 1. Intro.mp4
    00:58
  • 2. How ML is applied to time series and preparation the features and labels.mp4
    04:30
  • 3. How to feed a windowed dataset into a neural network, as well as application and.mp4
    07:51
  • 4. Training a deep neural network, tuning it, and making prediction.mp4
    04:35
  • 1. Intro.mp4
    00:54
  • 2. How RNNs are used with sequences and what must be the shape of the inputs.mp4
    08:31
  • 3. Output a sequence, Lambda layers to improve the performance and the learning rat.mp4
    02:36
  • 4. How to use the LSTM with the same sequences.mp4
    04:02
  • 1. Intro.mp4
    00:36
  • 2. Use of convolutions for real-world time series and Bi-directional LSTMs for real.mp4
    04:37
  • 3. Work on real data about sunspots and train and tune the model.mp4
    08:05
  • 4. Will make predictions.mp4
    04:35
  • 1. Lesson 1.mp4
    12:01
  • 2. Lesson 2.mp4
    09:18
  • 3. Lesson 3.mp4
    16:08
  • 4. Lesson 4.mp4
    08:01
  • 5. Lesson 5.mp4
    10:32
  • 1. Lesson 1.mp4
    10:35
  • 2. Lesson 2.mp4
    07:18
  • 3. Lesson 3.mp4
    24:07
  • 4. Lesson 4.mp4
    10:49
  • 5. Lesson 5.mp4
    07:59
  • 1. Lesson 1.mp4
    09:58
  • 2. Lesson 2.mp4
    11:12
  • 3. Lesson 3.mp4
    20:11
  • 4. Lesson 4.mp4
    12:56
  • 5. Lesson 5.mp4
    09:51
  • 1. Quick Update.html
  • 2. Intro.mp4
    01:34
  • 3. TensorFlow Lite features and components (incl. architecture and performance), op.mp4
    09:01
  • 4. How to save, convert, and optimize a model, as well as introduction to TF-Select.mp4
    13:22
  • 5. How to convert a model to TFLite and how to do Transfer Learning with TFLite.mp4
    05:02
  • 1. Intro.mp4
    00:39
  • 2. Introduction to TF Lite with Android and architecture of a model in Android.mp4
    08:25
  • 3. How to initialize the Interpreter.mp4
    04:34
  • 4. How to prepare the Input and how to do inference and get results.mp4
    :
  • 1. Intro.mp4
    00:48
  • 2. Introduction to TF Lite with iOS, Swift and TF Lite Swift.mp4
    10:06
  • 3. Initializing the interpreter, preparing the inputs, doing inference and getting.mp4
    03:16
  • 1. Intro.mp4
    00:52
  • 2. Introduction to TF Lite with Micro Systems.mp4
    06:42
  • 3. How to start working on a Raspberry Pi and illustrate this with Image classifica.mp4
    13:15
  • 4. Initializing the interpreter, preparing the inputs, doing inference and getting.mp4
    03:22
  • Description


    Join the best training ground for AI mastery and gain the skills you need to become a TensorFlow Certified Developer.

    What You'll Learn?


    • Understand Deep Learning Fundamentals
    • Construct three different deep learning models using TensorFlow and Keras
    • Classify images using convolutional neural networks (CNNs) in TensorFlow.
    • Apply image augmentation and transfer learning to enhance model performance.
    • Utilize strategies to prevent overfitting, including augmentation and dropout.
    • Process text through tokenization and sentence vector representation.
    • Apply Recurrent Neural Networks (RNNs), Gated Recurrent Units (GRUs), and Long Short-Term Memory (LSTM) networks to NLP tasks
    • Create Device-Based Models with TensorFlow Lite

    Who is this for?


  • Data Scientists who simply want to learn how to use TensorFlow at an advanced level.
  • Data Scientists who want to pass the TensorFlow Developer Certification.
  • AI Practitioners who want to build more powerful AI models using TensorFlow.
  • Tech enthusiasts who are passionate about AI and want to gain real-world practical experience with TensorFlow.
  • What You Need to Know?


  • Basic knowledge of programming is recommended.
  • Some experience in Machine Learning is also preferable but not required.
  • More details


    Description

    In this course you will learn everything you need to know to master the TensorFlow Developer Certification.


    We will start by studying Deep Learning in depth so that you can understand how artificial neural networks work and learn. And while covering the Deep Learning theory we will also build together three different Deep Learning models in TensorFlow and Keras, from scratch, step by step, and coding every single line of code together.


    Then, we will move on to Computer Vision, where you will learn how to classify images using convolutions with TensorFlow. You will also learn some techniques such as image augmentation and transfer learning to get even more performance in your computer vision tasks. And we will practice all this on real-world image data, while exploring strategies to prevent overfitting, including augmentation and dropout.

    Then, you will learn how to use JavaScript, in order to train and run inference in a browser, handle data in a browser, and even build an object classification and recognition model using a webcam.

    Then you will learn how to do Natural Language Processing using TensorFlow. Here we will build natural language processing systems, process text including tokenization and representing sentences as vectors, apply RNNs, GRUs, and LSTMs in TensorFlow, and train LSTMs on existing text to create original poetry and more.

    And finally, you will also learn how to build Device-based Models with TensorFlow Lite. In this last part we will prepare models for battery-operated devices, execute models on Android and iOS platforms, and deploy models on embedded systems like Raspberry Pi and microcontrollers.

    Who this course is for:

    The course is targeted towards AI practitioners, aspiring data scientists, Tech enthusiasts, and consultants wanting to pass the TensorFlow Developer Certification. Here’s a list of who is this course for:

    • Data Scientists who simply want to learn how to use TensorFlow at an advanced level.

    • Data Scientists who want to pass the TensorFlow Developer Certification.

    • AI Practitioners who want to build more powerful AI models using TensorFlow.

    • Tech enthusiasts who are passionate about AI and want to gain real-world practical experience with TensorFlow.

    Course Prerequisites:

    Basic knowledge of programming is recommended. Some experience in Machine Learning is also preferable. However, these topics will be extensively covered during early course lectures; therefore, the course has no prerequisites, and is open to anyone with basic programming knowledge. Students who enrol in this course will master data science fundamentals and directly apply these skills to solve real world challenging business problems.

    *Terms & Conditions of Exam Guarantee:

    Ligency Ventures Pty Ltd, U.K provides the following guarantee for the TensorFlow Developer Professional Certificate Course:

    If you take your TensorFlow Developer Certificate exam within 30 days of enrolling and completing this course 100% and you sit the exam and receive a score above zero, but below the minimum score required to pass the exam, then Ligency Ventures Pty Ltd, U.K will pay for your second exam attempt provided the following conditions are met: you paid at least $1 for this course and it was not refunded, AND before sitting the exam, you diligently watched and followed along with all of the tutorials in the course (completed all case studies and have all codes under your Google Colab account), AND you completed all practical activities including but not limited to challenges within the sections, quizzes, homework exercises and all provided practice exams.

    Ligency Ventures Pty Ltd may request evidence of fulfilling the above conditions, thereby it's important that you save your work when taking the course and doing the practical assignments.

    Who this course is for:

    • Data Scientists who simply want to learn how to use TensorFlow at an advanced level.
    • Data Scientists who want to pass the TensorFlow Developer Certification.
    • AI Practitioners who want to build more powerful AI models using TensorFlow.
    • Tech enthusiasts who are passionate about AI and want to gain real-world practical experience with TensorFlow.

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    Ligency Team
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    Instructor's Courses
    Hi there,We are the Ligency PR and Marketing team. You will be hearing from us when new courses are released, when we publish new podcasts, blogs, share cheatsheets and more!We are here to help you stay on the cutting edge of Data Science and Technology.See you in class,Sincerely,The Real People at Ligency
    Hello! I’m a TensorFlow Developer specializing in designing and deploying advanced deep learning models. With a passion for AI and machine learning, I create comprehensive courses to help you master TensorFlow and achieve the TensorFlow Developer Certification. Join me to unlock the full potential of deep learning and transform your skills for the future of AI.
    Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.
    • language english
    • Training sessions 152
    • duration 18:08:48
    • Release Date 2024/10/11