New course with Unstructured: Preprocessing Unstructured Data for LLM Applications

DeepLearningAI · Intermediate ·🧠 Large Language Models ·2y ago

Key Takeaways

Builds a pipeline for preprocessing unstructured data for LLM applications using Unstructured

Full Transcript

I'm delighted to introduce pre-processing unstructured data for LM applications built in partnership with unstructured and taught by Matt Robinson retrieval augmented generation or rag is increasingly adopted by Enterprises in this course you learn techniques for getting many types of unstructured data like text images tables from many different data sources like PDF PowerPoint word and so on in a way that lets your LM rag system access all of this information thus enabling to generate much better answers when building an LM rag system one component that has a huge impact on the result quality but is often overlooked is the work needed to get that data to the LM s company has a lot of different file types and data formats like numeric data and Excel spreadsheets reports in word or PDF presentations in PowerPoint HTML Pages how do you get Ana system to use all of these different types of file formats further a PDF might itself have tables and images inside that PDF and a PowerPoint might also contain tables and images pausing these different formats and normalizing the data for example making sure an image whether from a PDF or a PowerPoint is represented similarly will help your LM better retrieve and use all this information in addition to normalization it also helps to keep the high level structure of data from the original document by Pres observing metadata that tells you for example where a certain table or image had come from in that larger document and also keep track of things like what was the title subheading and so on within that larger document this type of metadata helps your LM rag system do better retrieving as well as reasoning over that data so as you can see there are a lot of important practical details for creating a rack system from different data sources I'm delighted to introduce the instructor Matt Robinson who is head of product at unstructured which provides a rich set of tools for LM data pre-processing Matt has helped many developers build LM applications that use and combine data from diverse sources thanks Andrew I'm really excited to be teaching this course in this course you learn about data pre-processing for llm application development focusing on how to work with different document types like PDFs PowerPoints word docs and HTML you'll learn to extract and normalize content and enrich it with metadata to improve search results this course covers techniques for document image analysis including document layout detection and vision Transformers where you'll learn how to extract and understand tables after learning these Concepts you'll put them all together to build a rag bot out of a corpus that includes PDF PowerPoint and markdown documents this course teaches important techniques to have a huge practical impact on how well your rag system will perform please enjoy the course was

Original Description

Enroll now: https://bit.ly/3TOq2Hz Introducing Preprocessing Unstructured Data for LLM Applications, a short course made in collaboration with Unstructured, aimed at helping you improve your RAG system to retrieve diverse data formats. In this course, you'll learn techniques for representing all sorts of unstructured data, like text, images, and tables, from many different sources and implement them to extend your LLM RAG pipeline to include Excel, Word, PowerPoint, PDF, and EPUB files. Through hands-on lessons, explore: - How to preprocess data for your LLM application development, focusing on how to work with different document types. - How to extract and normalize various documents into a common JSON format and enrich it with metadata to improve search results. - Techniques for document image analysis, including layout detection and vision transformers, to extract and understand the content of PDFs, images, and tables. - How to build a RAG bot capable of ingesting different documents such as PDFs, PowerPoints, and Markdown files. Start processing and using diverse data types and formats to build high-performing LLM RAG systems. Learn more: https://bit.ly/3TOq2Hz
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1 Forward and Backward Propagation (C1W4L06)
Forward and Backward Propagation (C1W4L06)
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2 deeplearning.ai's Heroes of Deep Learning: Yuanqing Lin
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3 deeplearning.ai's Heroes of Deep Learning: Ruslan Salakhutdinov
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4 deeplearning.ai's Heroes of Deep Learning: Yoshua Bengio
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5 deeplearning.ai's Heroes of Deep Learning: Pieter Abbeel
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6 deeplearning.ai's Heroes of Deep Learning: Ian Goodfellow
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7 deeplearning.ai's Heroes of Deep Learning: Andrej Karpathy
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8 Using an Appropriate Scale (C2W3L02)
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9 Gradient Checking (C2W1L13)
Gradient Checking (C2W1L13)
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10 Gradient Checking Implementation Notes (C2W1L14)
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11 Learning Rate Decay (C2W2L09)
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12 Understanding Mini-Batch Gradient Dexcent (C2W2L02)
Understanding Mini-Batch Gradient Dexcent (C2W2L02)
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13 Mini Batch Gradient Descent (C2W2L01)
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14 The Problem of Local Optima (C2W3L10)
The Problem of Local Optima (C2W3L10)
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15 Exponentially Weighted Averages (C2W2L03)
Exponentially Weighted Averages (C2W2L03)
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16 Tuning Process (C2W3L01)
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17 Understanding Exponentially Weighted Averages (C2W2L04)
Understanding Exponentially Weighted Averages (C2W2L04)
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18 Bias Correction of Exponentially Weighted Averages (C2W2L05)
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19 Gradient Descent With Momentum (C2W2L06)
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20 Normalizing Activations in a Network (C2W3L04)
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21 Hyperparameter Tuning in Practice (C2W3L03)
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22 Adam Optimization Algorithm (C2W2L08)
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23 RMSProp (C2W2L07)
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24 Fitting Batch Norm Into Neural Networks (C2W3L05)
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25 Why Does Batch Norm Work? (C2W3L06)
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26 Batch Norm At Test Time (C2W3L07)
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27 Softmax Regression (C2W3L08)
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28 Deep Learning Frameworks (C2W3L10)
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29 Neural Network Overview (C1W3L01)
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30 Training Softmax Classifier (C2W3L09)
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31 Why Deep Representations? (C1W4L04)
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32 Gradient Descent For Neural Networks (C1W3L09)
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33 Neural Network Representations (C1W3L02)
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34 TensorFlow (C2W3L11)
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35 Activation Functions (C1W3L06)
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36 Explanation For Vectorized Implementation (C1W3L05)
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37 Getting Matrix Dimensions Right (C1W4L03)
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38 Understanding Dropout (C2W1L07)
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39 Building Blocks of a Deep Neural Network (C1W4L05)
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40 Why Non-linear Activation Functions (C1W3L07)
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41 Computing Neural Network Output (C1W3L03)
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42 Backpropagation Intuition (C1W3L10)
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43 Train/Dev/Test Sets (C2W1L01)
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44 Deep L-Layer Neural Network (C1W4L01)
Deep L-Layer Neural Network (C1W4L01)
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45 Random Initialization (C1W3L11)
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46 Other Regularization Methods (C2W1L08)
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47 Normalizing Inputs (C2W1L09)
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48 Derivatives Of Activation Functions (C1W3L08)
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49 Parameters vs Hyperparameters (C1W4L07)
Parameters vs Hyperparameters (C1W4L07)
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50 Vectorizing Across Multiple Examples (C1W3L04)
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51 What does this have to do with the brain? (C1W4L08)
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52 Dropout Regularization (C2W1L06)
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53 Vanishing/Exploding Gradients (C2W1L10)
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54 Basic Recipe for Machine Learning (C2W1L03)
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55 Bias/Variance (C2W1L02)
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56 Forward Propagation in a Deep Network (C1W4L02)
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57 Weight Initialization in a Deep Network (C2W1L11)
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58 Numerical Approximations of Gradients (C2W1L12)
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59 Regularization (C2W1L04)
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60 Why Regularization Reduces Overfitting (C2W1L05)
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