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Building Transformer Models with PyTorch 2.0 NLP, computer vision, and speech processing with PyTorch and Hugging Face - Prem Timsina 2024 PDF | EPUB BPB Publications BOOKS
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Building Transformer Models with PyTorch 2.0 NLP, computer vision, and speech processing with PyTorch and Hugging Face
Author: Prem Timsina
Year: 2024
Pages: 310
Format: PDF | EPUB
File size: 12.7 MB
Language: ENG



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Book Description: Building Transformer Models with PyTorch 20 NLP computer vision and speech processing with PyTorch and Hugging Face is a comprehensive guide to building transformer models using PyTorch and Hugging Face. The book covers the basics of transformer models, including their architecture, training, and applications in NLP, computer vision, and speech processing. It provides an overview of the current state of the field, the challenges and opportunities of transformer models, and the future directions of research. The book also includes practical examples and exercises to help readers understand and apply the concepts discussed. The book begins by introducing the concept of transformer models and their importance in modern machine learning. It explains how transformer models have revolutionized the field of NLP, computer vision, and speech processing, and how they are being used in a wide range of applications, from language translation to image recognition to speech recognition. The book then delves into the details of transformer model architecture, including the self-attention mechanism, positional encoding, and multi-head attention. The book also discusses the process of training transformer models, including the use of pre-trained models, transfer learning, and fine-tuning. It covers the various techniques for improving the performance of transformer models, such as regularization, early stopping, and hyperparameter tuning.
Создание моделей трансформеров с помощью PyTorch 20 NLP Компьютерное зрение и обработка речи с помощью PyTorch и Hugging Face - это всеобъемлющее руководство по созданию моделей трансформеров с использованием PyTorch и Hugging Face. Книга охватывает основы моделей трансформеров, включая их архитектуру, обучение и применение в НЛП, компьютерном зрении и обработке речи. Он дает обзор текущего состояния месторождения, проблем и возможностей моделей трансформаторов, а также будущих направлений исследований. Книга также включает практические примеры и упражнения, которые помогут читателям понять и применить обсуждаемые концепции. Книга начинается с введения понятия моделей-трансформеров и их важности в современном машинном обучении. В нем объясняется, как модели трансформеров произвели революцию в области НЛП, компьютерного зрения и обработки речи, и как они используются в широком спектре приложений, от перевода языка до распознавания изображений и распознавания речи. Затем книга углубляется в детали архитектуры модели трансформера, включая механизм самостоятельного внимания, позиционное кодирование и внимание с несколькими головами. В книге также обсуждается процесс обучения моделей трансформеров, включая использование предварительно обученных моделей, трансфертное обучение и тонкую настройку. Он охватывает различные методы улучшения производительности моделей трансформаторов, такие как регуляризация, ранняя остановка и настройка гиперпараметров.
Créer des modèles de transformateurs avec PyTorch 20 NLP Vision et traitement de la voix par ordinateur avec PyTorch et Hugging Face est un guide complet pour créer des modèles de transformateurs en utilisant PyTorch et Hugging Face. livre couvre les bases des modèles de transformateurs, y compris leur architecture, leur formation et leur application dans la PNL, la vision par ordinateur et le traitement de la parole. Il donne un aperçu de l'état actuel du champ, des défis et des possibilités des modèles de transformateurs, ainsi que des domaines de recherche futurs. livre contient également des exemples pratiques et des exercices qui aideront les lecteurs à comprendre et à appliquer les concepts discutés. livre commence par l'introduction de la notion de modèles transformateurs et de leur importance dans l'apprentissage automatique moderne. Il explique comment les modèles transformateurs ont révolutionné les domaines de la PNL, de la vision par ordinateur et du traitement de la parole, et comment ils sont utilisés dans un large éventail d'applications, de la traduction linguistique à la reconnaissance d'images et à la reconnaissance vocale. livre est ensuite approfondi dans les détails de l'architecture du modèle de transformateur, y compris le mécanisme d'auto-attention, le codage de position et l'attention à plusieurs têtes. livre traite également du processus d'apprentissage des modèles de transformateurs, y compris l'utilisation de modèles pré-formés, l'apprentissage de transfert et la configuration fine. Il couvre diverses méthodes pour améliorer les performances des modèles de transformateurs, telles que la régularisation, l'arrêt précoce et la mise en place d'hyperparamètres.
Creación de modelos de transformadores con PyTorch 20 NLP La visión y el procesamiento de voz por computadora con PyTorch y Hugging Face es una guía completa para crear modelos de transformadores utilizando PyTorch y Hugging Face. libro cubre los fundamentos de los modelos de transformadores, incluyendo su arquitectura, aprendizaje y aplicación en PNL, visión por computadora y procesamiento del habla. Ofrece una visión general del estado actual del campo, los desafíos y oportunidades de los modelos de transformadores, así como las líneas de investigación futuras. libro también incluye ejemplos prácticos y ejercicios que ayudarán a los lectores a entender y aplicar los conceptos discutidos. libro comienza introduciendo el concepto de modelos transformadores y su importancia en el aprendizaje automático moderno. Explica cómo los modelos de transformadores han revolucionado el campo de la PNL, la visión computarizada y el procesamiento del habla, y cómo se utilizan en una amplia gama de aplicaciones, desde la traducción del lenguaje hasta el reconocimiento de imágenes y el reconocimiento de voz. A continuación, el libro profundiza en los detalles de la arquitectura del modelo del transformador, incluyendo el mecanismo de atención independiente, codificación posicional y atención con múltiples cabezas. libro también analiza el proceso de aprendizaje de modelos de transformadores, incluyendo el uso de modelos pre-entrenados, el aprendizaje de transferencia y el ajuste sutil. Abarca diversas técnicas para mejorar el rendimiento de los modelos de transformadores, como la regularización, la parada temprana y el ajuste de hiperparámetros.
La creazione di modelli di trasformatori con la PyTorch 20 NLP Visione e trattamento vocale con PyTorch e Hugging Face è una guida completa per la creazione di modelli di trasformatori con PyTorch e Hugging Face. Il libro comprende le basi dei modelli di trasformatore, inclusa la loro architettura, l'apprendimento e l'applicazione in NDL, visione e elaborazione vocale. Esso fornisce una panoramica dello stato attuale del giacimento, dei problemi e delle capacità dei modelli di trasformatori e dei futuri ambiti di ricerca. Il libro include anche esempi pratici e esercizi che aiuteranno i lettori a comprendere e applicare i concetti discussi. Il libro inizia introducendo il concetto di modelli trasformatori e la loro importanza nell'apprendimento automatico moderno. Spiega come i modelli di trasformatori hanno rivoluzionato le NL, la visione informatica e l'elaborazione vocale, e come vengono utilizzati in una vasta gamma di applicazioni, dalla traduzione del linguaggio al riconoscimento delle immagini e al riconoscimento vocale. Il libro viene quindi approfondito nei dettagli dell'architettura del modello trasformatore, inclusi il meccanismo di attenzione autonoma, la codifica di posizione e l'attenzione con più teste. Il libro affronta anche il processo di apprendimento dei modelli di trasformazione, tra cui l'utilizzo di modelli pre-addestrati, l'apprendimento dei trasferimenti e la configurazione sottile. Include diversi metodi per migliorare le prestazioni dei modelli di trasformatori, come la regolazione, l'arresto precoce e l'impostazione degli iperparametri.
Erstellen von Transformatormodellen mit PyTorch 20 NLP Computer Vision und Sprachverarbeitung mit PyTorch und Hugging Face ist eine umfassende Anleitung zum Erstellen von Transformatormodellen mit PyTorch und Hugging Face. Das Buch behandelt die Grundlagen von Transformatormodellen, einschließlich ihrer Architektur, Ausbildung und Anwendung in NLP, Computer Vision und Sprachverarbeitung. Es gibt einen Überblick über den aktuellen Stand der Lagerstätte, die Herausforderungen und Chancen von Transformatormodellen sowie zukünftige Forschungsrichtungen. Das Buch enthält auch praktische Beispiele und Übungen, die den sern helfen, die besprochenen Konzepte zu verstehen und anzuwenden. Das Buch beginnt mit einer Einführung in das Konzept der Transformatormodelle und deren Bedeutung im modernen maschinellen rnen. Es wird erläutert, wie Transformatormodelle die Bereiche NLP, Computer Vision und Sprachverarbeitung revolutioniert haben und wie sie in einer Vielzahl von Anwendungen eingesetzt werden, von der Sprachübersetzung über die Bilderkennung bis hin zur Spracherkennung. Das Buch geht dann auf die Details der Transformatormodellarchitektur ein, einschließlich des Mechanismus der Selbstaufmerksamkeit, der Positionskodierung und der Aufmerksamkeit mit mehreren Köpfen. Das Buch diskutiert auch den rnprozess von Transformatormodellen, einschließlich der Verwendung von vortrainierten Modellen, Transfertraining und Feinabstimmung. Es umfasst verschiedene Methoden zur Verbesserung der istung von Transformatormodellen wie Regularisierung, frühes Stoppen und Hyperparametereinstellung.
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PyTorch 20 NLP ile transformatör modelleri oluşturma PyTorch ve Hugging Face ile bilgisayar görüşü ve konuşma işleme, PyTorch ve Hugging Face kullanarak transformatör modelleri oluşturmak için kapsamlı bir kılavuzdur. Kitap, NLP mimarisi, eğitimi ve uygulaması, bilgisayar görüşü ve konuşma işleme dahil olmak üzere transformatör modellerinin temellerini kapsar. Alanın mevcut durumuna, transformatör modellerinin zorluklarına ve fırsatlarına ve gelecekteki araştırma yönlerine genel bir bakış sunar. Kitap ayrıca okuyucuların tartışılan kavramları anlamalarına ve uygulamalarına yardımcı olacak vaka çalışmaları ve alıştırmalar içermektedir. Kitap, transformatör modelleri kavramının tanıtılması ve modern makine öğrenimindeki önemi ile başlıyor. Transformatör modellerinin NLP, bilgisayar görüşü ve konuşma işlemede nasıl devrim yarattığını ve dil çevirisinden görüntü tanıma ve konuşma tanımaya kadar çok çeşitli uygulamalarda nasıl kullanıldığını açıklar. Kitap daha sonra, öz-dikkat mekanizması, konumsal kodlama ve çok başlı dikkat dahil olmak üzere transformatör modeli mimarisinin ayrıntılarına girer. Kitap ayrıca, önceden eğitilmiş modellerin kullanımı, transfer eğitimi ve ince ayar dahil olmak üzere transformatör modellerinin eğitim sürecini de tartışıyor. Transformatör modellerinin performansını iyileştirmek için düzenlilik, erken durma ve hiper parametrelerin ayarlanması gibi çeşitli yöntemleri kapsar.
يعد إنشاء نماذج محولات باستخدام PyTorch 20 NLP Computer vision ومعالجة الكلام باستخدام PyTorch و Hugging Face دليلًا شاملاً لإنشاء نماذج محولات باستخدام PyTorch و Hugging Face. يغطي الكتاب أساسيات نماذج المحولات، بما في ذلك هندستها المعمارية وتدريبها وتطبيقها في NLP ورؤية الكمبيوتر ومعالجة الكلام. يقدم لمحة عامة عن الوضع الحالي للمجال، والتحديات والفرص لنماذج المحولات، واتجاهات البحث المستقبلية. يتضمن الكتاب أيضًا دراسات حالة وتمارين لمساعدة القراء على فهم وتطبيق المفاهيم التي تمت مناقشتها. يبدأ الكتاب بإدخال مفهوم نماذج المحولات وأهميتها في التعلم الآلي الحديث. يشرح كيف أحدثت نماذج المحولات ثورة في NLP ورؤية الكمبيوتر ومعالجة الكلام، وكيف يتم استخدامها في مجموعة واسعة من التطبيقات، من ترجمة اللغة إلى التعرف على الصور والتعرف على الكلام. ثم يتعمق الكتاب في تفاصيل بنية نموذج المحول، بما في ذلك آلية الانتباه الذاتي، والترميز الموضعي، والاهتمام متعدد الرؤوس. يناقش الكتاب أيضًا عملية تدريب نماذج المحولات، بما في ذلك استخدام النماذج المدربة مسبقًا، والتدريب على النقل، والضبط الدقيق. يغطي طرقًا مختلفة لتحسين أداء نماذج المحولات، مثل التسوية والتوقف المبكر ووضع مقاييس فرط البارامامتر.

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