Text mining is the process of extracting useful information and patterns from large collections of unstructured documents. It involves preprocessing texts, applying techniques like categorization, clustering, and summarization, and presenting or visualizing the results. While text mining has many applications in business, science, and other domains, it also faces challenges related to linguistics, analytics, and integrating domain knowledge. The document outlines the definition, techniques, applications, advantages, and limitations of text mining.
A college level presentation covering the following topics:-
Introduction
Text mining Comparison with other mining
Text Mining Process
How Algorithm is derived for Text Mining
Text Analysis For Google Sheet
Conclusion
INTRODUCTION TO INFORMATION RETRIEVAL
This lecture will introduce the information retrieval problem, introduce the terminology related to IR, and provide a history of IR. In particular, the history of the web and its impact on IR will be discussed. Special attention and emphasis will be given to the concept of relevance in IR and the critical role it has played in the development of the subject. The lecture will end with a conceptual explanation of the IR process, and its relationships with other domains as well as current research developments.
INFORMATION RETRIEVAL MODELS
This lecture will present the models that have been used to rank documents according to their estimated relevance to user given queries, where the most relevant documents are shown ahead to those less relevant. Many of these models form the basis for many of the ranking algorithms used in many of past and today’s search applications. The lecture will describe models of IR such as Boolean retrieval, vector space, probabilistic retrieval, language models, and logical models. Relevance feedback, a technique that either implicitly or explicitly modifies user queries in light of their interaction with retrieval results, will also be discussed, as this is particularly relevant to web search and personalization.
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http://wiki.knoesis.org/index.php/MaterialWays
http://www.knoesis.org/?q=research/semMat
http://wiki.knoesis.org/index.php/MaterialWays
Abstract
The sharing, discovery, and application of materials science and engineering data and documents are possible only if domain scientists are able and willing to do so. We need to overcome technological challenges such as the development of convenient computational tools and repositories conducive to easy exchange, curation, attribution, and analysis of data, and cultural challenges such as proper protection, control, and credit for sharing data. Our thesis and value proposition is that associating machine-processable semantics with materials science and engineering data and documents can provide a solid foundation for overcoming challenges associated with data discovery, integration, and interoperability caused by data heterogeneity. Specifically, easy to use and low upfront cost lightweight semantics in the form of file-level annotation can enable document discovery and sharing, while deeper data-level annotation using standardized ontologies can benefit semantic search and summarization. Machine processability achieved through fine-grained semantic annotation, extraction, and translation can enable data integration, interoperability and reasoning, ultimately leading to Linked Open Materials Science Data. Thus, a different granularity of semantics provides a continuum of cost/ease of use and expressiveness trade-off. In this presentation, we also show the application of semantic techniques for content extraction from materials and process specifications which are semi-structured and table-rich, and the application of semantic web techniques and technologies for materials vocabulary integration and curation (via semantic media wiki), semantic web visualization, efficient representation of provenance metadata and access control (via singleton property), and biomaterials information extraction
A college level presentation covering the following topics:-
Introduction
Text mining Comparison with other mining
Text Mining Process
How Algorithm is derived for Text Mining
Text Analysis For Google Sheet
Conclusion
INTRODUCTION TO INFORMATION RETRIEVAL
This lecture will introduce the information retrieval problem, introduce the terminology related to IR, and provide a history of IR. In particular, the history of the web and its impact on IR will be discussed. Special attention and emphasis will be given to the concept of relevance in IR and the critical role it has played in the development of the subject. The lecture will end with a conceptual explanation of the IR process, and its relationships with other domains as well as current research developments.
INFORMATION RETRIEVAL MODELS
This lecture will present the models that have been used to rank documents according to their estimated relevance to user given queries, where the most relevant documents are shown ahead to those less relevant. Many of these models form the basis for many of the ranking algorithms used in many of past and today’s search applications. The lecture will describe models of IR such as Boolean retrieval, vector space, probabilistic retrieval, language models, and logical models. Relevance feedback, a technique that either implicitly or explicitly modifies user queries in light of their interaction with retrieval results, will also be discussed, as this is particularly relevant to web search and personalization.
FellowBuddy.com is an innovative platform that brings students together to share notes, exam papers, study guides, project reports and presentation for upcoming exams.
We connect Students who have an understanding of course material with Students who need help.
Benefits:-
# Students can catch up on notes they missed because of an absence.
# Underachievers can find peer developed notes that break down lecture and study material in a way that they can understand
# Students can earn better grades, save time and study effectively
Our Vision & Mission – Simplifying Students Life
Our Belief – “The great breakthrough in your life comes when you realize it, that you can learn anything you need to learn; to accomplish any goal that you have set for yourself. This means there are no limits on what you can be, have or do.”
Like Us - https://www.facebook.com/FellowBuddycom
http://wiki.knoesis.org/index.php/MaterialWays
http://www.knoesis.org/?q=research/semMat
http://wiki.knoesis.org/index.php/MaterialWays
Abstract
The sharing, discovery, and application of materials science and engineering data and documents are possible only if domain scientists are able and willing to do so. We need to overcome technological challenges such as the development of convenient computational tools and repositories conducive to easy exchange, curation, attribution, and analysis of data, and cultural challenges such as proper protection, control, and credit for sharing data. Our thesis and value proposition is that associating machine-processable semantics with materials science and engineering data and documents can provide a solid foundation for overcoming challenges associated with data discovery, integration, and interoperability caused by data heterogeneity. Specifically, easy to use and low upfront cost lightweight semantics in the form of file-level annotation can enable document discovery and sharing, while deeper data-level annotation using standardized ontologies can benefit semantic search and summarization. Machine processability achieved through fine-grained semantic annotation, extraction, and translation can enable data integration, interoperability and reasoning, ultimately leading to Linked Open Materials Science Data. Thus, a different granularity of semantics provides a continuum of cost/ease of use and expressiveness trade-off. In this presentation, we also show the application of semantic techniques for content extraction from materials and process specifications which are semi-structured and table-rich, and the application of semantic web techniques and technologies for materials vocabulary integration and curation (via semantic media wiki), semantic web visualization, efficient representation of provenance metadata and access control (via singleton property), and biomaterials information extraction
Brief description of the 3 mining techniques and we give a brief description of the differences between them and the similarities. Finally we talked about the shared techniques.
AI-SDV 2021: Stefan Geissler - AI support for creating and maintaining vocabu...Dr. Haxel Consult
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In software engineering, the right architecture is essential for robust, scalable platforms. Wix has undergone a pivotal shift from event sourcing to a CRUD-based model for its microservices. This talk will chart the course of this pivotal journey.
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Paketo Buildpacks : la meilleure façon de construire des images OCI? DevopsDa...Anthony Dahanne
Les Buildpacks existent depuis plus de 10 ans ! D’abord, ils étaient utilisés pour détecter et construire une application avant de la déployer sur certains PaaS. Ensuite, nous avons pu créer des images Docker (OCI) avec leur dernière génération, les Cloud Native Buildpacks (CNCF en incubation). Sont-ils une bonne alternative au Dockerfile ? Que sont les buildpacks Paketo ? Quelles communautés les soutiennent et comment ?
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First Steps with Globus Compute Multi-User EndpointsGlobus
In this presentation we will share our experiences around getting started with the Globus Compute multi-user endpoint. Working with the Pharmacology group at the University of Auckland, we have previously written an application using Globus Compute that can offload computationally expensive steps in the researcher's workflows, which they wish to manage from their familiar Windows environments, onto the NeSI (New Zealand eScience Infrastructure) cluster. Some of the challenges we have encountered were that each researcher had to set up and manage their own single-user globus compute endpoint and that the workloads had varying resource requirements (CPUs, memory and wall time) between different runs. We hope that the multi-user endpoint will help to address these challenges and share an update on our progress here.
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Enterprise Resource Planning System includes various modules that reduce any business's workload. Additionally, it organizes the workflows, which drives towards enhancing productivity. Here are a detailed explanation of the ERP modules. Going through the points will help you understand how the software is changing the work dynamics.
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2. Presentation Outline
• Definition
• Related Research Areas
• Architecture
• TM Process
• Techniques
• Applications
• Pros and Cons
– Advantages
– Challenges/ Limitations
• Conclusion
• Recommendations /Future of Text Mining/
3. Introduction and Definitions
• Mining is the process of inferring for patterns
with in a structured or unstructured data.
• Text Mining is the discovery by computer of new,
previously unknown information, by
automatically extracting useful information from
different written resources.
• Text mining, also known as document mining, is
an emerging technology for analyzing large
collection of unstructured documents for the
purposes of extracting interesting and non-trivial
(important) patterns or knowledge.
4. Related Fields of Study
Database Type Search Mode Atomic entity
Data Retrieval Structured Goal-driven Data Record
Info. Retrieval Unstructured Goal-driven Document
Data Mining Structured Opportunistic Numbers and Dimensions
Text Mining Unstructured Opportunistic Language feature or concept
Table 1: Summary of difference among related fields of Text mining
Figure 1: The relation and
difference of text mining
with other fields
5. General Architecture of Text Mining Systems
(Feldman and Sanger, 2007)
• four main areas:
1. Preprocessing tasks: convert the information from each
original data source into a canonical (recognized or official)
format.
2. Core Mining Operations: “the heart of a TMS” and include
pattern discovery, trend analysis, and incremental
knowledge discovery algorithms.
3. Presentation Layer Components: include GUI and pattern
browsing functionality as well as access to the query
language. Visualization tools and user-facing query editors
and optimizers also fall under this architectural category.
4. Refinement Techniques (post-processing): include methods
that filter redundant information and cluster closely related
data
6. Figure 2: System architecture for generic text mining system
Figure 3: System architecture for an advanced or domain-oriented text
mining system
Figure 4: System architecture for an advanced text mining system with
background knowledge base
7. TM Process (Vidhya and Aghila, 2010)
Document
Collection
Retrieve and
Pre-process
Document
Feature
Selection
Feature
Generation
Classification
Clustering
TM Techniques
Management
Information Systems
Knowledge
Information
Retrieval
Information
Extraction
Summarization Topic Discovery
1. Tokenize
2. Remove
Stop words
3. Stem
Figure 5: Text Mining Process
8. Text Mining Techniques
The major TM techniques:
• Categorization
• Clustering
• Summarization
• Question Answering : deals with how to find the best answer to a given
question
• Concept linkage : connect related documents by identifying their commonly-
shared concepts
• Information Extraction: identify key phrases and relationships within text
• Topic tracking : A topic tracking system works by keeping user profiles
and, based on the documents the user views, predicts other documents of
interest to the user
• Association detection : the focus is on studying the relationships and
implications among topics, or descriptive concepts, which are used to
characterize a set of related text
• Information visualization : puts large textual sources in a visual hierarchy or
map and provides browsing capabilities.
The user can interact with the document map by zooming, scaling, and
creating sub-maps
9. Text mining Applications
Text Mining: General Applications
• Relationship Analysis
– If A is related to B, and B is related to C, there is potentially a relationship between A
and C.
• Trend analysis
– Occurrences of A peak in October.
• Mixed applications
– Co-occurrence of A together with B peak in November.
Text Mining: Business Applications
• Example 1: Decision Support in CRM
– What are customers’ typical complaints?
• Example 2: Personalization in eCommerce
– Suggest products that fit a user’s interest profile
Major Advantage
Text mining provides a competitive edge for a company to process
and take advantage of a large quantity of textual information.
10. Other Applications Areas of TM
• Security applications
• Biomedical applications
• Software and applications
• Online media applications
• Marketing applications
• Movie analysis
• Academic applications
• Internet search engine
• Call center specialists
• Lawyers, insurers and venture
capitalists
• Researching
• Intelligent Email Routing
Commercial applications
• AeroText
• Clarabridge
• Technologies
• Endeca
• Expert System S.p.A.
• Fair Isaac
• SAS
• IBM SPSS
• StatSoft
Free open-source applications
• Carrot2
• GATE
• OpenNLP
• Natural Language Toolkit
(NLTK)
• RapidMiner
• tm: Text Mining Package
11. Challenges of Text Mining
Analytical Challenges
• Soft matching :
Example:
Misspelt – Wal-mart , Walmart
Company names in short form – ClearForest instead of ClearForest corporation
Use of abbreviations - EDS instead of Electronic Data Systems Corporation
• Summarization : may create erroneous and senseless output
• Temporal resolution : most business documents are time dependant and may
expire after a certain period of time
• Uniqueness resolution : When processing a large number of documents, it is
possible to identify many features and events that resemble one another
Example : when the same name appear in different documents
Linguistics Challenges
• Anaphora Resolution : ability to resolve co-references
Example: resolving pronominal like “he”, “she”, “we” etc
• Full Parsing Vs Shallow parsing
12. Conclusion
• TM also known as Text Data Mining or KDT refers
generally to the process of extracting interesting
and non-trivial information and knowledge from
unstructured text.
• Text mining is an interdisciplinary field which
draws on information retrieval, data mining,
machine learning, statistics and computational
linguistics
• The motivation for TM is, information (over 90%) is
stored as text in the world
• TM has many applications in different sectors
• There are different TM techniques but there are a
number of challenges to implement each techniques
13. Recommendations
• Personalized autonomous mining: Current text mining
products and applications are still tools designed for
trained knowledge specialists
• Multilingual text refining: It is essential to develop text
refining algorithms, that process multilingual text
documents and produce language-independent intermediate
forms
• Stronger integration and bigger overlap between text
mining, information retrieval, natural language processing
and software engineering
• Domain knowledge integration: Domain knowledge do not
provided for any current text mining tools
Text Mining aka Text data mining, document mining, Knowledge Discovery in text (KDT), Knowledge Text Analysis
The first workshops were held at the International Machine Learning Conference in July 1999 and the International Joint Conference on Artificial Intelligence in August 1999
* Motivation: approximately 90% of the world’s data is held in unstructured formats (source: Oracle Corporation).