Introduction
Introduction
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1. Introduction to Large Language Models (LLMs)
Overview of generative AI concepts
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Working principles of generative AI
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Role of transformers in GenAI
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Large language models: Structure and capabilities
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Industrial transformation through language models
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Tokens as the fundamental units of large language models
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From tokens to contextual semantics
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2. Core Concept: Token Classification
What is token classification? From theory to telecom
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Named entity recognition (NER) and beyond
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Visualizing token classification: From chaos to structure
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3. Core Concept: Text Classification
What is text classification? Automating categorization at scale
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Few-shot learning and intent classification
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Why LLMs have transformed data and performance
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Preview: Building a telecom-specific intent classifier
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4. Building a Custom NER Model for Network Logs
Building a custom NER model for network logs
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Architecture: Classification layer for token labeling
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Data preparation and tokenization pipeline for telecom logs
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Data preparation and tokenization pipeline: Simulation
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The annotation process: Creating telecom training data
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Fine-tuning a pretrained model for custom entity recognition: Simulation
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Evaluating your NER model: Beyond accuracy to business impact
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5. Extracting Information: Building Models
Building models for customer-specific entity recognition
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Compliance-focused NER model for telecom: Simulation
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Building a telecom entity taxonomy: From generic to domain specific
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6. Automating Customer Support with Intent Classification
From model output to business logic: Creating actionable intent rules
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Evaluating model performance and improving accuracy
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7. Sentiment Analysis for Customer Experience
Combining intent and sentiment: The complete telecom customer picture
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Sentiment analysis for telecom customer experience
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From analysis to action: Integrating insights into CRM
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Building your telecom AI road map: From pilot to production
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Ex_Files_Intro_to_LLM_in_5G.zip
(72 KB)