Web and Text Analytics Quiz
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Questions and Answers

Which of the following statements accurately reflects the relationship between Natural Language Processing (NLP) and Natural Language Understanding (NLU)?

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What is the primary purpose of Web analytics?

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Which of the following best describes the core principle of the Semantic Web?

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Which of the following is NOT considered a key aspect of Text Analytics?

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What is the significance of the launch of ChatGPT in the field of AI?

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Based on the provided content, how does the course 'Web and Text Analytics' differ from the broader field of Natural Language Processing?

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Which of the following best describes the evolution of the Web from its original conception by Tim Berners-Lee to the Linked Data Web?

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Based on the content provided, which of the following best describes the significance of the concept of 'linked data' in the context of the Semantic Web?

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What is the primary distinction between 'text mining' and 'natural language processing' as discussed in the provided content?

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What is the primary function of the encoder in an encoder-decoder architecture?

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Which of the following metrics is NOT typically associated with text classification model evaluation?

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In the context of sentiment analysis, which of the following classifications does NOT accurately describe potential emotions conveyed in text?

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What type of task is text summarization primarily associated with in natural language processing?

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Which of the following tasks is most likely to rely on language detection technology?

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Which term describes the process of extracting meaningful information from written communication?

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In the context of web analytics, what aspect is NOT typically measured?

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What is the relationship between Google Analytics and digital analytics?

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Which technology is commonly used in text analytics to process language?

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Which of the following statements about the Semantic Web is accurate?

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What was a significant change made by the Web Analytics Association in 2012?

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What distinguishes prompt engineering from fine-tuning in AI optimization?

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Which of the following is a characteristic of reinforcement learning from human feedback (RLHF)?

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Which fine-tuning technique focuses on making minimal adjustments to model parameters for efficiency?

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In circumstances where fine-tuning is infeasible, what method may be utilized?

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What is a significant demand of fine-tuning compared to prompt engineering?

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How do unsupervised and supervised fine-tuning differ?

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What is typically NOT a challenge for fine-tuning in AI models?

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Which approach is NOT part of the fine-tuning techniques outlined?

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What type of applications benefit from the exploitation of LLM models?

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Which of the following is NOT a notable example of a large language model (LLM)?

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What is the primary method used to train LLMs?

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What is the key architectural component behind BERT's success?

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What is the main reason for the high training cost of large language models like GPT-4?

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What is the primary reason why LLMs consume significant amounts of energy during training?

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What is the estimated cost for training the next generation of large language models?

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What is the concept of 'inference costs' when it comes to LLMs?

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What is a potential reason why fine-tuning might be required for an LLM?

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Study Notes

Web and Text Analytics 2024-25, Week 1

  • The course covers web analytics, text analytics, and the semantic web.
  • Web analytics involves measuring, collecting, analyzing, and reporting web data to understand and optimize web usage.
  • Text analytics, also known as text mining, is the process of drawing meaning from written communication. A key component is natural language processing (NLP).
  • Semantic web is a concept coined by Tim Berners-Lee for a web of data that machines can process, meaning much of the data is machine-readable.

Web Analytics

  • Analytics platforms track website activity, including the number of visitors, time spent on the site, pages visited, and how users arrived at the site.

Digital Analytics

  • In 2012, the Web Analytics Association changed its name to the Digital Analytics Association.
  • Companies that previously provided web analytics tools now provide digital analytics tools.

Marketing Analytics

  • Google Analytics is a central service within the Google Marketing Platform.
  • It reports website traffic.

Google Analytics

  • Google Analytics uses cookies to track website visitors.
  • It provides insights into user behavior, including page views, time on site, and other metrics.

Text Analytics

  • Text mining (or text analysis) is a process for converting unstructured text into meaningful information.
  • It uses AI and NLP.

Natural Language Processing (NLP)

  • NLP allows computers to "read" and understand text, mimicking human comprehension of language.

  • Useful in both understanding existing text and generating novel text.

The World Wide Web

  • Tim Berners-Lee proposed the concept of the World Wide Web in 1989.

Linked Data Web

  • The linked data web, also known as the semantic web, enables computers to better understand data.

Large Language Models (LLMs) development

  • Large Language Models (LLMs) are notable for their general-purpose language understanding and generation capabilities.
  • They achieve these abilities through large datasets.
  • LLMs comprise artificial neural networks (primarily transformers).

Google's BERT

  • Google's open-source BERT framework for natural language processing.
  • BERT's training used a massive dataset of 3.3 billion words.
  • Training accelerated using 64 TPU processors.

LLM Training Costs

  • Training LLMs requires significant computational resources and costly hardware.

Fine-tuning LLMs

  • Fine-tuning can retrain a foundation model on new data.
  • This is useful for adapting models to specific tasks, like medical applications.

Prompt Engineering

  • Prompt engineering modifies inputs to improve a model's outputs.
  • It requires less computing power than the data used in fine-tuning.

Retrieval Augmentation Generation (RAG)

  • Fine-tuning LLMs might be unnecessary or impossible in applications with frequently changing data.
  • In these cases, in-context learning or retrieval augmentation are viable alternatives.

Applications of LLMs

  • There is a need for applications that utilize LLM models.

The Evolution of NLP

  • NLP has evolved from rules-based methodologies in the 1950s to deep learning approaches in the 2020s.

Common NLP Tasks

  • Text/document classification, sentiment analysis, information retrieval, parts-of-speech tagging, machine translation, conversational agents, knowledge graphs, text summarization, topic modelling, text generation, spell checking, grammar correction, and speech-to-text are common NLP tasks.

Text Classification

  • Text classification involves assigning categories to unstructured text data.

  • Use cases, for example include predicting disease outcomes from clinical notes.

Sentiment Analysis

  • Sentiment analysis involves the analysis of emotions and opinions within text, commonly applied to reviews, posts, and support tickets.

Sentiment Analysis in Tweets

  • Examples of sentiment analysis within Twitter posts.

Brand Reputation Management

  • Monitoring public sentiment about a brand enables businesses to manage their reputation effectively.

Text Extraction

  • Text extraction is used to pull out critical information from documents, including keywords, entity names, and more details.

Named Entity Recognition

  • An NLP tool that allows identification and extraction of entities, such as companies, persons, and more.

Text Summarization

  • Summarizing large texts using NLP.

Machine Translation

  • Machine translation, like Google Translate, translates text to different languages. The results are more sophisticated than simple word replacements.

Rephrasing in NLP

  • A study investigated how well chatbots can rephrase physician questions from public forums.

Application of NLP in Practical Arenas

  • Discusses practical applications of NLP to text, including steps like noise removal, normalization, and vectorization.

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Description

Test your knowledge on the concepts of Web and Text Analytics, focusing on Natural Language Processing (NLP) and its relationship to Natural Language Understanding (NLU). This quiz covers key principles, evolution of the Semantic Web, and the significance of related technologies like ChatGPT. Assess your understanding of text analytics, web analytics, and the implications of linked data.

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