Natural language processing (NLP) involves building models to understand human language through automated generation and understanding of text and speech. It is an interdisciplinary field that uses techniques from artificial intelligence, linguistics, and statistics. NLP has applications like machine translation, sentiment analysis, and summarization. There are two main approaches: statistical NLP which uses machine learning on large datasets, and linguistic approaches which utilize structured linguistic resources like lexicons. Key NLP tasks include part-of-speech tagging, parsing, named entity recognition, and more.
This document provides an overview of natural language processing (NLP). It discusses how NLP analyzes human language input to build computational models of language. The key components of NLP are natural language understanding and natural language generation. Challenges in NLP include ambiguity, context dependence, and the creative nature of language. The document also outlines common NLP techniques like keyword analysis and syntactic parsing, as well as formal grammars and parsing approaches.
The document discusses natural language and natural language processing (NLP). It defines natural language as languages used for everyday communication like English, Japanese, and Swahili. NLP is concerned with enabling computers to understand and interpret natural languages. The summary explains that NLP involves morphological, syntactic, semantic, and pragmatic analysis of text to extract meaning and understand context. The goal of NLP is to allow humans to communicate with computers using their own language.
Natural language processing (NLP) is a subfield of artificial intelligence that aims to allow computers to understand human language. NLP involves analyzing and representing text or speech at different linguistic levels for applications like question answering or machine translation. Challenges for NLP include ambiguities in language like lexical, syntactic, semantic, and anaphoric ambiguities. Common NLP tasks include part-of-speech tagging, parsing, named entity recognition, and sentiment analysis. Applications of NLP include text processing, machine translation, speech processing, and converting text to speech.
This document provides an overview of natural language processing (NLP). It discusses topics like natural language understanding, text categorization, syntactic analysis including parsing and part-of-speech tagging, semantic analysis, and pragmatic analysis. It also covers corpus-based statistical approaches to NLP, measuring performance, and supervised learning methods. The document outlines challenges in NLP like ambiguity and knowledge representation.
The document provides an introduction to natural language processing (NLP), discussing key related areas and various NLP tasks involving syntactic, semantic, and pragmatic analysis of language. It notes that NLP systems aim to allow computers to communicate with humans using everyday language and that ambiguity is ubiquitous in natural language, requiring disambiguation. Both manual and automatic learning approaches to developing NLP systems are examined.
Natural Language Processing (NLP) is a subfield of artificial intelligence that aims to help computers understand human language. NLP involves analyzing text at different levels, including morphology, syntax, semantics, discourse, and pragmatics. The goal is to map language to meaning by breaking down sentences into syntactic structures and assigning semantic representations based on context. Key steps include part-of-speech tagging, parsing sentences into trees, resolving references between sentences, and determining intended meaning and appropriate actions. Together, these allow computers to interpret and respond to natural human language.
The presentation explains topics on study of language, applications on natural language processing, levels of language analysis, representation and understanding, linguistic background and elements of a simple noun phrase
Natural Language Processing (NLP) is a field of computer science concerned with interactions between computers and human languages. NLP involves understanding written or spoken language at various levels such as morphology, syntax, semantics, and pragmatics. The goal of NLP is to allow computers to understand, generate, and translate between different human languages.
The document provides an overview of natural language processing (NLP), including its components, terminology, applications, and challenges. It discusses how NLP is used to teach machines to understand human language through tasks like text summarization, sentiment analysis, and machine translation. The document also outlines some popular NLP libraries and algorithms that can be used by developers, as well as current research areas and domains where NLP is being applied.
This document provides an introduction and overview of natural language processing (NLP). It discusses what NLP is, how machines can process human language, the history and importance of NLP, and the typical components and processes involved, including morphological/lexical analysis, syntactic analysis, semantic analysis, discourse integration, and pragmatic analysis. The document also compares natural language to computer languages, discusses the future of NLP being linked to advances in artificial intelligence, and summarizes that NLP involves disambiguation at various linguistic levels through statistical learning methods.
myassignmenthelp is premier service provider for NLP related assignments and projects. Given PPT describes processes involved in NLP programming.so whenever you need help in any work related to natural language processing feel free to get in touch with us.
Lecture 1: Semantic Analysis in Language TechnologyMarina Santini
This document provides an introduction to a course on semantic analysis in language technology taught at Uppsala University in Sweden. It outlines the course website, contact information for the instructor, intended learning outcomes, required readings, assignments and examination. The course focuses on applying semantic analysis methods in natural language processing tasks like sentiment analysis, information extraction, word sense disambiguation and predicate-argument extraction. It will introduce students to representing and modeling meaning in language through formal logics and semantic frameworks.
NLP stands for Natural Language Processing which is a field of artificial intelligence that helps machines understand, interpret and manipulate human language. The key developments in NLP include machine translation in the 1940s-1960s, the introduction of artificial intelligence concepts in 1960-1980s and the use of machine learning algorithms after 1980. Modern NLP involves applications like speech recognition, machine translation and text summarization. It consists of natural language understanding to analyze language and natural language generation to produce language. While NLP has advantages like providing fast answers, it also has challenges like ambiguity and limited ability to understand context.
Charlie Greenbacker, founder and co-organizer of the DC NLP meetup group, provides a "crash course" in Natural Language Processing techniques and applications.
The document outlines the 5 phases of natural language processing (NLP):
1. Morphological analysis breaks text into paragraphs, sentences, words and assigns parts of speech.
2. Syntactic analysis checks grammar and parses sentences.
3. Semantic analysis focuses on literal word and phrase meanings.
4. Discourse integration considers the effect of previous sentences on current ones.
5. Pragmatic analysis discovers intended effects by applying cooperative dialogue rules.
The document provides an overview of natural language processing (NLP). It defines NLP as the automatic processing of human language and discusses how NLP relates to fields like linguistics, cognitive science, and computer science. The document also describes common NLP tasks like information extraction, machine translation, and summarization. It discusses challenges in NLP like ambiguity and examines techniques used in NLP like rule-based systems, probabilistic models, and the use of linguistic knowledge.
This document provides an overview of natural language processing (NLP). It discusses how NLP allows computers to understand human language through techniques like speech recognition, text analysis, and language generation. The document outlines the main components of NLP including natural language understanding and natural language generation. It also describes common NLP tasks like part-of-speech tagging, named entity recognition, and dependency parsing. Finally, the document explains how to build an NLP pipeline by applying these techniques in a sequential manner.
Big Data and Natural Language ProcessingMichel Bruley
Natural Language Processing (NLP) is the branch of computer science focused on developing systems that allow computers to communicate with people using everyday language.
Natural Language Processing in Alternative and Augmentative CommunicationDivya Sugumar
The document discusses natural language processing (NLP) and its role in augmentative and alternative communication (AAC). It covers the basics of NLP including its goals, levels of processing, approaches, and stages. It then discusses AAC, which aims to help people communicate who cannot use speech or writing. The role of NLP in AAC is to enhance communication rates without limiting expression capabilities, such as through improving context understanding and prediction technologies. Incorporating NLP into AAC systems can make them more flexible, expressive, and ensure clear information transfer for users.
This presentation is a briefing of a paper about Networks and Natural Language Processing. It describes many graph based methods and algorithms that help in syntactic parsing, lexical semantics and other applications.
Introduction to natural language processingMinh Pham
This document provides an introduction to natural language processing (NLP). It discusses what NLP is, why NLP is a difficult problem, the history of NLP, fundamental NLP tasks like word segmentation, part-of-speech tagging, syntactic analysis and semantic analysis, and applications of NLP like information retrieval, question answering, text summarization and machine translation. The document aims to give readers an overview of the key concepts and challenges in the field of natural language processing.
These slides are an introduction to the understanding of the domain NLP and the basic NLP pipeline that are commonly used in the field of Computational Linguistics.
Natural language processing (NLP) analyzes and represents natural language text or speech at linguistic levels to achieve human-like language processing for applications. NLP was influenced by Turing's 1950 paper on machine intelligence and involved early systems like SHRDLU in the 1960s. NLP understands, generates, and integrates natural language through techniques like morphological, syntactic, semantic and discourse analysis to benefit domains like search, translation, sentiment analysis, social media and more.
The document outlines an NLP training session led by Dr. Alexandra M. Liguori. It introduces NLP and discusses its applications. It also covers linguistic knowledge categories like syntax, semantics and pragmatics. Typical NLP tasks like tokenization, POS tagging and parsing are described. Finally, it discusses rule-based POS tagging using examples.
The document discusses natural language processing (NLP), which is a subfield of artificial intelligence that aims to allow computers to understand and interpret human language. It provides an introduction to NLP and its history, describes common areas of NLP research like text processing and machine translation, and discusses potential applications and the future of the field. The document is presented as a slideshow on NLP by an expert in the area.
The presentation explains topics on study of language, applications on natural language processing, levels of language analysis, representation and understanding, linguistic background and elements of a simple noun phrase
Natural Language Processing (NLP) is a field of computer science concerned with interactions between computers and human languages. NLP involves understanding written or spoken language at various levels such as morphology, syntax, semantics, and pragmatics. The goal of NLP is to allow computers to understand, generate, and translate between different human languages.
The document provides an overview of natural language processing (NLP), including its components, terminology, applications, and challenges. It discusses how NLP is used to teach machines to understand human language through tasks like text summarization, sentiment analysis, and machine translation. The document also outlines some popular NLP libraries and algorithms that can be used by developers, as well as current research areas and domains where NLP is being applied.
This document provides an introduction and overview of natural language processing (NLP). It discusses what NLP is, how machines can process human language, the history and importance of NLP, and the typical components and processes involved, including morphological/lexical analysis, syntactic analysis, semantic analysis, discourse integration, and pragmatic analysis. The document also compares natural language to computer languages, discusses the future of NLP being linked to advances in artificial intelligence, and summarizes that NLP involves disambiguation at various linguistic levels through statistical learning methods.
myassignmenthelp is premier service provider for NLP related assignments and projects. Given PPT describes processes involved in NLP programming.so whenever you need help in any work related to natural language processing feel free to get in touch with us.
Lecture 1: Semantic Analysis in Language TechnologyMarina Santini
This document provides an introduction to a course on semantic analysis in language technology taught at Uppsala University in Sweden. It outlines the course website, contact information for the instructor, intended learning outcomes, required readings, assignments and examination. The course focuses on applying semantic analysis methods in natural language processing tasks like sentiment analysis, information extraction, word sense disambiguation and predicate-argument extraction. It will introduce students to representing and modeling meaning in language through formal logics and semantic frameworks.
NLP stands for Natural Language Processing which is a field of artificial intelligence that helps machines understand, interpret and manipulate human language. The key developments in NLP include machine translation in the 1940s-1960s, the introduction of artificial intelligence concepts in 1960-1980s and the use of machine learning algorithms after 1980. Modern NLP involves applications like speech recognition, machine translation and text summarization. It consists of natural language understanding to analyze language and natural language generation to produce language. While NLP has advantages like providing fast answers, it also has challenges like ambiguity and limited ability to understand context.
Charlie Greenbacker, founder and co-organizer of the DC NLP meetup group, provides a "crash course" in Natural Language Processing techniques and applications.
The document outlines the 5 phases of natural language processing (NLP):
1. Morphological analysis breaks text into paragraphs, sentences, words and assigns parts of speech.
2. Syntactic analysis checks grammar and parses sentences.
3. Semantic analysis focuses on literal word and phrase meanings.
4. Discourse integration considers the effect of previous sentences on current ones.
5. Pragmatic analysis discovers intended effects by applying cooperative dialogue rules.
The document provides an overview of natural language processing (NLP). It defines NLP as the automatic processing of human language and discusses how NLP relates to fields like linguistics, cognitive science, and computer science. The document also describes common NLP tasks like information extraction, machine translation, and summarization. It discusses challenges in NLP like ambiguity and examines techniques used in NLP like rule-based systems, probabilistic models, and the use of linguistic knowledge.
This document provides an overview of natural language processing (NLP). It discusses how NLP allows computers to understand human language through techniques like speech recognition, text analysis, and language generation. The document outlines the main components of NLP including natural language understanding and natural language generation. It also describes common NLP tasks like part-of-speech tagging, named entity recognition, and dependency parsing. Finally, the document explains how to build an NLP pipeline by applying these techniques in a sequential manner.
Big Data and Natural Language ProcessingMichel Bruley
Natural Language Processing (NLP) is the branch of computer science focused on developing systems that allow computers to communicate with people using everyday language.
Natural Language Processing in Alternative and Augmentative CommunicationDivya Sugumar
The document discusses natural language processing (NLP) and its role in augmentative and alternative communication (AAC). It covers the basics of NLP including its goals, levels of processing, approaches, and stages. It then discusses AAC, which aims to help people communicate who cannot use speech or writing. The role of NLP in AAC is to enhance communication rates without limiting expression capabilities, such as through improving context understanding and prediction technologies. Incorporating NLP into AAC systems can make them more flexible, expressive, and ensure clear information transfer for users.
This presentation is a briefing of a paper about Networks and Natural Language Processing. It describes many graph based methods and algorithms that help in syntactic parsing, lexical semantics and other applications.
Introduction to natural language processingMinh Pham
This document provides an introduction to natural language processing (NLP). It discusses what NLP is, why NLP is a difficult problem, the history of NLP, fundamental NLP tasks like word segmentation, part-of-speech tagging, syntactic analysis and semantic analysis, and applications of NLP like information retrieval, question answering, text summarization and machine translation. The document aims to give readers an overview of the key concepts and challenges in the field of natural language processing.
These slides are an introduction to the understanding of the domain NLP and the basic NLP pipeline that are commonly used in the field of Computational Linguistics.
Natural language processing (NLP) analyzes and represents natural language text or speech at linguistic levels to achieve human-like language processing for applications. NLP was influenced by Turing's 1950 paper on machine intelligence and involved early systems like SHRDLU in the 1960s. NLP understands, generates, and integrates natural language through techniques like morphological, syntactic, semantic and discourse analysis to benefit domains like search, translation, sentiment analysis, social media and more.
The document outlines an NLP training session led by Dr. Alexandra M. Liguori. It introduces NLP and discusses its applications. It also covers linguistic knowledge categories like syntax, semantics and pragmatics. Typical NLP tasks like tokenization, POS tagging and parsing are described. Finally, it discusses rule-based POS tagging using examples.
The document discusses natural language processing (NLP), which is a subfield of artificial intelligence that aims to allow computers to understand and interpret human language. It provides an introduction to NLP and its history, describes common areas of NLP research like text processing and machine translation, and discusses potential applications and the future of the field. The document is presented as a slideshow on NLP by an expert in the area.
Building Enterprise IoT Projects Iteratively - Vui NguyenWithTheBest
The document discusses how to build enterprise IoT projects iteratively using an example water pipe monitoring system. It describes how the system started as a proof of concept at a hackathon using basic sensors (Phase 1) and was iteratively improved by adding a web interface (Phase 2) and scaling to monitor multiple pipes (Phase 3). The key lessons are to start small, prove concepts work, and scale features over time while maintaining scope and deadlines. Iterative development allows projects to grow from initial prototypes to full enterprise solutions.
This document discusses attention and consciousness. It defines attention as how we actively process limited information from our senses and memories. Consciousness is our awareness of thoughts, feelings, and environment. The document outlines different types of information processing like preconscious, controlled, and automatic processes. It describes divided and selective attention and various models of attention. Problems of attention discussed include spatial neglect, change blindness, and ADHD.
The document outlines a presentation on machine translation and translation technology. It discusses tools for translators, free language data, and machine translation. Key terminology for internationalization, localization, and translation are defined. Localization is described as customizing messages for a user's language or dialect, while translation is converting text between languages. Localization may or may not require translation, and additional localization requirements can include handling singular and plural word forms differently between languages.
This slides explain about parallel port that commonly used for connecting between the peripherals and the computer. It describe how does the parallel port works, advantages & disadvantages, pin configuration, and so on.
Natural Language Processing: L01 introductionananth
This presentation introduces the course Natural Language Processing (NLP) by enumerating a number of applications, course positioning, challenges presented by Natural Language text and emerging approaches to topics like word representation.
NLP is the branch of computer science focused on developing systems that allow computers to communicate with people using everyday language. Also called Computational Linguistics – Also concerns how computational methods can aid the understanding of human language
The document provides questions about Dale Carnegie's book "How to Win Friends and Influence People" and asks how to influence others and react if wronged. It then discusses a story where a mechanic made a mistake on an airplane and how Mr. Bob Hoover reacted in a way that influenced the mechanic. Theories on teaching reading are also discussed, including features of the top-down approach to reading.
This document provides an overview of Jean Piaget's theory of cognitive development. It discusses Piaget's biography and research work. Some key points:
- Piaget proposed that children progress through 4 main stages of cognitive development - sensorimotor, preoperational, concrete operational, and formal operational.
- He believed that cognitive development is driven by biological maturation and interaction with the environment through processes of assimilation, accommodation, and equilibration.
- Each stage is characterized by different types of thought processes and ways of understanding logical concepts. Piaget's work has greatly influenced research on child development but also has some limitations.
This slides covers introduction about machine translation, some technique using in MT such as example based MT and statistical MT, main challenge facing us in machine translation, and some examples of application using in MT
Evangelizing and Designing Voice User Interface: Adopting VUI in a GUI worldStephen Gay
Evangelizing and designing voice user interface in an organization with a long GUI-only history.
Apple’s Siri and Google Now have ignited consumers’ interest in voice user interface (VUI) by delivering valuable and delightful customer experiences. Innovative companies can leverage VUI solutions to create a competitive advantage. But how do you drive the adoption of VUI in an organization with a long GUI-only history? We'll share the frameworks we used to evangelize VUI, offer key insights and design principles to help you start your own grassroots VUI movement, and provide best practices and a VUI brainstorming canvas.
Parallel computing involves solving computational problems simultaneously using multiple processors. It can save time and money compared to serial computing and allow larger problems to be solved. Parallel programs break problems into discrete parts that can be solved concurrently on different CPUs. Shared memory parallel computers allow all processors to access a global address space, while distributed memory systems require communication between separate processor memories. Hybrid systems combine shared and distributed memory architectures.
Bottom-up and top-down models describe two approaches to reading. Bottom-up processing focuses on individual letters and words and proceeds from parts to the whole, like the phonics approach which teaches letter-sound relationships. Top-down processing emphasizes using context and prior knowledge to understand texts as a whole before analyzing individual parts, like the whole language approach. Both approaches have benefits for different types of learners.
The document discusses different approaches to machine translation, including rule-based, statistical, example-based, and dictionary-based approaches. It provides details on each approach, such as rule-based methods using linguistic rules and extensive lexicons, statistical methods relying on probabilistic models trained on parallel texts, example-based methods translating by analogy to examples in aligned corpora, and dictionary-based methods translating words directly with or without morphological analysis. The document also compares transfer-based and interlingual rule-based machine translation, noting interlingual methods aim to represent the source text independently of languages.
This document discusses different types of memory including short-term memory, long-term memory, procedural memory, priming memory, episodic memory, and semantic memory. It describes key aspects of memory such as encoding, storage, and retrieval. Different causes of memory loss are also outlined including alcohol blackout, dissociative fugue, Korsakoff's psychosis, post-traumatic amnesia, and repressed memory.
Neural machine translation has surpassed statistical machine translation as the leading approach. It uses an encoder-decoder model with attention to learn translation representations from large parallel corpora. Recent developments include incorporating monolingual data through language models, improving attention mechanisms, and minimizing evaluation metrics like BLEU during training rather than just cross-entropy. Open problems remain around handling rare words, semantic meaning, and context. Future work may focus on multilingual models, low-resource translation, and generating text for other modalities like images.
Sensory memory briefly stores perceptions and passes them to short-term memory. Short-term memory stores recently acquired information through working memory. Long-term memory securely stores information for long periods through explicit (declarative) memory of facts and episodic memory of experiences, and implicit (procedural) memory of skills. The three processes of memory are encoding, which converts information into a storable form; storage, where information resides in the brain over time; and retrieval, where the brain recalls previously learned information.
The document discusses various natural language processing (NLP) techniques including implementing search, document level analysis, sentence level analysis, and concept extraction. It provides details on tokenization, word normalization, stop word removal, stemming, evaluating search results, parsing and part-of-speech tagging, entity extraction, word sense disambiguation, concept extraction, dependency analysis, coreference, question parsing systems, and sentiment analysis. Implementation details and useful tools are mentioned for various techniques.
This document discusses using Naive Bayes classifiers for text classification with natural language processing. It describes text classification, natural language processing, and how preprocessing steps like cleaning, tokenization, and normalization are used to transform text into feature vectors for classification with algorithms like Naive Bayes. The key steps covered are data cleaning, tokenization, stopword removal, stemming/lemmatization, and representing tokens as bag-of-words feature vectors for classification.
Lexical Semantics, Semantic Similarity and Relevance for SEOKoray Tugberk GUBUR
There are three main components of information retrieval systems: query understanding, document-query relevance understanding, and document clustering and ranking. The path from a search query to a search document involves several steps like query parsing, processing, augmenting, scoring, ranking, and clustering. Query understanding is where search engine optimization (SEO) begins, while document creation and ranking are other areas where SEO is applied. Cranfield experiments in the late 1950s helped develop the concept of a "search query language" which is different from the language used in documents. Formal semantics and components like tense, aspect, and mood can help machines better understand human language for information retrieval tasks.
The document discusses several key concepts related to formal semantics and information retrieval, including:
1) Formal semantics studies the meaning of natural language through theoretical approaches like compositionality and truth conditions. It helps machines process human language by understanding lexical relations and semantic scope.
2) Cranfield experiments in the late 1950s first identified differences between query language used by searchers and document language, inventing the concept of a "search language" to bridge this gap.
3) Lexical semantics analyzes relationships between words like synonyms, antonyms and semantic networks to help search engines understand query semantics rather than just document content.
The document discusses processing Boolean queries in an information retrieval system using an inverted index. It describes the steps to process a simple conjunctive query by locating terms in the dictionary, retrieving their postings lists, and intersecting the lists. More complex queries involving OR and NOT operators are also processed in a similar way. The document also discusses optimizing query processing by considering the order of accessing postings lists.
This document provides an overview of text analysis and mining. It discusses key concepts like text pre-processing, representation, shallow parsing, stop words, stemming and lemmatization. Specific techniques covered include tokenization, part-of-speech tagging, Porter stemming algorithm. Applications mentioned are sentiment analysis, document similarity, cluster analysis. The document also provides a multi-step example of text analysis involving collecting raw text, representing text, computing TF-IDF, categorizing documents by topics, determining sentiments and gaining insights.
Natural Language Processing (NLP) is a field that combines computer science, linguistics, and machine learning to study how computers and humans communicate in natural language. The goal of NLP is for computers to be able to interpret and generate human language. This not only improves the efficiency of work done by humans but also helps in interacting with the machine. NLP bridges the gap of interaction between humans and electronic devices.
Natural Language Processing (NLP) is a subfield of artificial intelligence that deals with the interaction between computers and humans in natural language. It involves the use of computational techniques to process and analyze natural language data, such as text and speech, with the goal of understanding the meaning behind the language.
The document discusses text normalization, which involves segmenting and standardizing text for natural language processing. It describes tokenizing text into words and sentences, lemmatizing words into their root forms, and standardizing formats. Tokenization involves separating punctuation, normalizing word formats, and segmenting sentences. Lemmatization determines that words have the same root despite surface differences. Sentence segmentation identifies sentence boundaries, which can be ambiguous without context. Overall, text normalization prepares raw text for further natural language analysis.
This presentation provides the basic understanding and guidelines in Quoting and Paraphrasing the literatures for its integration into our research papers. This will help us to avoid committing plagiarism in our work. It also provides how to quote and paraphrase information and ideas from various type of sources.
For more on this topic, see my Youtube Channel: https://youtu.be/Bq7BAtHs7gE
Engineering Intelligent NLP Applications Using Deep Learning – Part 1Saurabh Kaushik
This document discusses natural language processing (NLP) and language modeling. It covers the basics of NLP including what NLP is, its common applications, and basic NLP processing steps like parsing. It also discusses word and sentence modeling in NLP, including word representations using techniques like bag-of-words, word embeddings, and language modeling approaches like n-grams, statistical modeling, and neural networks. The document focuses on introducing fundamental NLP concepts.
Natural Language Processing_in semantic web.pptxAlyaaMachi
This document discusses natural language processing (NLP) techniques for extracting information from unstructured text for the semantic web. It describes common NLP tasks like named entity recognition, relation extraction, and how they fit into a processing pipeline. Rule-based and machine learning approaches are covered. Challenges with ambiguity and overlapping relations are also discussed. Knowledge bases can help relation extraction by defining relation types and arguments.
The document discusses plagiarism and how to avoid it. It defines plagiarism as presenting another's ideas as one's own without proper attribution. It emphasizes the importance of citing sources to distinguish between ideas borrowed from others and one's own analysis. It recommends taking careful notes, including bibliographic information, paraphrasing ideas in one's own words, and using quotation marks. It advises using citations liberally to demonstrate understanding while making clear distinctions between what authors say and one's own analysis.
This document provides an overview of morphological analysis for word identification, spelling, and meaning determination. It discusses how studying affixes and root words can help readers understand new vocabulary. Key points include:
- Morphology is the study of meaningful language units and how they are combined to form words.
- Knowing morphemes like prefixes and suffixes can help readers identify and understand word meanings.
- Structural analysis examines the number, order, and types of morphemes that make up a word.
- Effective morphological instruction introduces common affixes systematically and provides practice and review.
Natural Language Processing (NLP).pptxSHIBDASDUTTA
The document discusses natural language processing (NLP), which uses technology to help computers understand human language through tasks like audio to text conversion, text processing, and responding to humans in their own language. It describes the key components of NLP as natural language understanding to analyze language and natural language generation to convert data into language. The document also outlines how to build an NLP pipeline with steps like sentence segmentation, tokenization, stemming, and named entity recognition.
This document provides an introduction to text mining, including defining key concepts such as structured vs. unstructured data, why text mining is useful, and some common challenges. It also outlines important text mining techniques like pre-processing text through normalization, tokenization, stemming, and removing stop words to prepare text for analysis. Text mining methods can be used for applications such as sentiment analysis, predicting markets or customer churn.
How to Manage Opening & Closing Controls in Odoo 17 POSCeline George
In Odoo 17 Point of Sale, the opening and closing controls are key for cash management. At the start of a shift, cashiers log in and enter the starting cash amount, marking the beginning of financial tracking. Throughout the shift, every transaction is recorded, creating an audit trail.
Odoo Inventory Rules and Routes v17 - Odoo SlidesCeline George
Odoo's inventory management system is highly flexible and powerful, allowing businesses to efficiently manage their stock operations through the use of Rules and Routes.
As of Mid to April Ending, I am building a new Reiki-Yoga Series. No worries, they are free workshops. So far, I have 3 presentations so its a gradual process. If interested visit: https://www.slideshare.net/YogaPrincess
https://ldmchapels.weebly.com
Blessings and Happy Spring. We are hitting Mid Season.
Social Problem-Unemployment .pptx notes for Physiotherapy StudentsDrNidhiAgarwal
Unemployment is a major social problem, by which not only rural population have suffered but also urban population are suffered while they are literate having good qualification.The evil consequences like poverty, frustration, revolution
result in crimes and social disorganization. Therefore, it is
necessary that all efforts be made to have maximum.
employment facilities. The Government of India has already
announced that the question of payment of unemployment
allowance cannot be considered in India
CBSE - Grade 8 - Science - Chemistry - Metals and Non Metals - WorksheetSritoma Majumder
Introduction
All the materials around us are made up of elements. These elements can be broadly divided into two major groups:
Metals
Non-Metals
Each group has its own unique physical and chemical properties. Let's understand them one by one.
Physical Properties
1. Appearance
Metals: Shiny (lustrous). Example: gold, silver, copper.
Non-metals: Dull appearance (except iodine, which is shiny).
2. Hardness
Metals: Generally hard. Example: iron.
Non-metals: Usually soft (except diamond, a form of carbon, which is very hard).
3. State
Metals: Mostly solids at room temperature (except mercury, which is a liquid).
Non-metals: Can be solids, liquids, or gases. Example: oxygen (gas), bromine (liquid), sulphur (solid).
4. Malleability
Metals: Can be hammered into thin sheets (malleable).
Non-metals: Not malleable. They break when hammered (brittle).
5. Ductility
Metals: Can be drawn into wires (ductile).
Non-metals: Not ductile.
6. Conductivity
Metals: Good conductors of heat and electricity.
Non-metals: Poor conductors (except graphite, which is a good conductor).
7. Sonorous Nature
Metals: Produce a ringing sound when struck.
Non-metals: Do not produce sound.
Chemical Properties
1. Reaction with Oxygen
Metals react with oxygen to form metal oxides.
These metal oxides are usually basic.
Non-metals react with oxygen to form non-metallic oxides.
These oxides are usually acidic.
2. Reaction with Water
Metals:
Some react vigorously (e.g., sodium).
Some react slowly (e.g., iron).
Some do not react at all (e.g., gold, silver).
Non-metals: Generally do not react with water.
3. Reaction with Acids
Metals react with acids to produce salt and hydrogen gas.
Non-metals: Do not react with acids.
4. Reaction with Bases
Some non-metals react with bases to form salts, but this is rare.
Metals generally do not react with bases directly (except amphoteric metals like aluminum and zinc).
Displacement Reaction
More reactive metals can displace less reactive metals from their salt solutions.
Uses of Metals
Iron: Making machines, tools, and buildings.
Aluminum: Used in aircraft, utensils.
Copper: Electrical wires.
Gold and Silver: Jewelry.
Zinc: Coating iron to prevent rusting (galvanization).
Uses of Non-Metals
Oxygen: Breathing.
Nitrogen: Fertilizers.
Chlorine: Water purification.
Carbon: Fuel (coal), steel-making (coke).
Iodine: Medicines.
Alloys
An alloy is a mixture of metals or a metal with a non-metal.
Alloys have improved properties like strength, resistance to rusting.
*Metamorphosis* is a biological process where an animal undergoes a dramatic transformation from a juvenile or larval stage to a adult stage, often involving significant changes in form and structure. This process is commonly seen in insects, amphibians, and some other animals.
How to Set warnings for invoicing specific customers in odooCeline George
Odoo 16 offers a powerful platform for managing sales documents and invoicing efficiently. One of its standout features is the ability to set warnings and block messages for specific customers during the invoicing process.
This chapter provides an in-depth overview of the viscosity of macromolecules, an essential concept in biophysics and medical sciences, especially in understanding fluid behavior like blood flow in the human body.
Key concepts covered include:
✅ Definition and Types of Viscosity: Dynamic vs. Kinematic viscosity, cohesion, and adhesion.
⚙️ Methods of Measuring Viscosity:
Rotary Viscometer
Vibrational Viscometer
Falling Object Method
Capillary Viscometer
🌡️ Factors Affecting Viscosity: Temperature, composition, flow rate.
🩺 Clinical Relevance: Impact of blood viscosity in cardiovascular health.
🌊 Fluid Dynamics: Laminar vs. turbulent flow, Reynolds number.
🔬 Extension Techniques:
Chromatography (adsorption, partition, TLC, etc.)
Electrophoresis (protein/DNA separation)
Sedimentation and Centrifugation methods.
pulse ppt.pptx Types of pulse , characteristics of pulse , Alteration of pulsesushreesangita003
what is pulse ?
Purpose
physiology and Regulation of pulse
Characteristics of pulse
factors affecting pulse
Sites of pulse
Alteration of pulse
for BSC Nursing 1st semester
for Gnm Nursing 1st year
Students .
vitalsign
Multi-currency in odoo accounting and Update exchange rates automatically in ...Celine George
Most business transactions use the currencies of several countries for financial operations. For global transactions, multi-currency management is essential for enabling international trade.
GDGLSPGCOER - Git and GitHub Workshop.pptxazeenhodekar
This presentation covers the fundamentals of Git and version control in a practical, beginner-friendly way. Learn key commands, the Git data model, commit workflows, and how to collaborate effectively using Git — all explained with visuals, examples, and relatable humor.
The ever evoilving world of science /7th class science curiosity /samyans aca...Sandeep Swamy
The Ever-Evolving World of
Science
Welcome to Grade 7 Science4not just a textbook with facts, but an invitation to
question, experiment, and explore the beautiful world we live in. From tiny cells
inside a leaf to the movement of celestial bodies, from household materials to
underground water flows, this journey will challenge your thinking and expand
your knowledge.
Notice something special about this book? The page numbers follow the playful
flight of a butterfly and a soaring paper plane! Just as these objects take flight,
learning soars when curiosity leads the way. Simple observations, like paper
planes, have inspired scientific explorations throughout history.
2. 1. SENTENCE SEGMENTATION
• Sentence segmentation is the process of splitting a document of
text into individual sentences.
3. 2. TOKENIZATION
• Tokenization is the process of splitting a document into individual
words.
• Tokenization and sentence splitting usually go hand in hand.
• For example, Stanford’s CoreNLP expects tokenization to be
done before sentence segmentation.
4. 3. PART OF SPEECH TAGGING
• Part of speech (POS) tagging inspects your text and decides if the
individual words are nouns, adjectives, verbs, adverbs etc. There
are a lot of POS tags (over 35 according to this list on
StackOverflow).
• http://stackoverflow.com/a/1833718/7337349
5. 4. STEMMING
• Stemming is the process of getting the “root” from a word
• For example, the words organize, organized and organizing are
all derived from organize, and when you do a search for the
word organize, you would expect to also get the other forms of
the word since they represent the same idea.
• A very important thing to note (especially if you end up using
stemming in your NLP projects) is that the stem of a word does
not have to be and often isn’t a dictionary word.
• E.g the stem of the word “saw” is just “s”.
6. 5. LEMMATIZATION
• Lemmatization is similar to stemming in that it tries to get the
root of a word, except that it tries to regularize the word to end
up with a dictionary word.
• E.g. the lemma of the word “saw” is either “see” or “saw”
based on whether the token was a verb or a noun.
7. 6. NAMED ENTITY RECOGNITION
• Named Entity Recognition or NER is simply the process of
extracting nouns from your text.
• For example, using NER, you could automatically detect all the
occurrences of a brand name in a person’s Twitter feed.
8. 7. PARSE TREES
• Syntax or constituent
parse trees
• Is concerned with how
words combine to form
constituents of a
sentence
• Dependency parse tree
• Is concerned with the
relationship between the
words in a sentence
Source: http://www.nltk.org/book/ch08.html
9. 8. COREFERENCE RESOLUTION
• Coreference occurs when two or more expressions in a text refer
to the same person or thing.
• For example, in the sentence “Bill said he would come”, the
word “he” refers to Bill.
• Coreference resolution is the ability to resolve the co-reference
to find what it is referring to.
10. 9. POLARITY DETECTION
• This is a fancy term for deciding whether a piece of text conveys a
positive or a negative sentiment. Imagine if you are writing a
program for figuring out whether a tweet says something positive
or negative about a brand.
11. 10. INFORMATION EXTRACTION
• Information Extraction is the process of extracting facts (about
the world) from text information.
• For example, if you saw the sentence “Nigeria is a country in
Africa” you should be able to answer the question “India is a
country in ______”.
12. TO LEARN MORE ABOUT NATURAL
LANGUAGE PROCESSING
http://www.miningbusinessdata.com