This document provides an introduction to LaTeX, covering topics such as motivation, basics, controlling appearance, adding structure, and BibTeX references. It explains what LaTeX is, why it is used, its advantages over word processors, and some limitations. It also covers LaTeX commands, document structure, running LaTeX, formatting text, adding lists, sections, tables, figures, and equations. The document is presented as a slideshow introduction to LaTeX.
Introduction to latex. Write your first document in latex
To Download latex for windows (163 MB)
http://miktex.org/download
To Download texmaker editor (53 MB)
http://www.xm1math.net/texmaker/download.html#windows
Here you can find a good latex templates
http://www.latextemplates.com/
https://www.sharelatex.com/templates/
https://www.writelatex.com/templates
Try sharelatex or writelatex for online editing
https://www.sharelatex.com/
https://www.writelatex.com/
This document provides an introduction to LaTeX, covering what LaTeX is, why you would want to use it, its document structure, and how to include math, R code/objects, and references. LaTeX is a programming language used to create consistently formatted documents across different document types. It allows for fancy fonts, automatic numbering, and embedding of other objects like figures, tables, and R code/outputs. The document structure in LaTeX includes the preamble, top matter, main text, appendices, bibliography, and comments.
The document provides an introduction to LaTeX, including:
- What LaTeX is and how it works by separating content and formatting.
- The advantages of LaTeX over word processors like ease of complex tasks and portability.
- A brief history of LaTeX, including how it was developed from Donald Knuth's TeX typesetting system and expanded by Leslie Lamport into the LaTeX format.
This document provides an introduction and overview of LaTeX. It discusses what LaTeX is, its advantages over word processors, and how to get started using it. The document covers LaTeX document structure, basic text formatting, math mode, citations and references, and other common elements like environments. It serves as a tutorial for getting acquainted with the basics of the LaTeX markup language.
This document provides an introduction and overview of LaTeX. It discusses how LaTeX is a document preparation system used for typesetting technical documents and mathematical formulas. It outlines some of the key benefits of LaTeX, such as its ability to produce high quality output, cross-referencing capabilities, and automatic numbering of tables, figures, and contents. The document then covers various LaTeX topics like commands, editors, creating basic documents, text formatting, tables, images, and mathematical equations.
This document provides an introduction to LaTeX, covering topics such as motivation, basics, controlling appearance, adding structure, and BibTeX references. It explains what LaTeX is, why it is used, its advantages over word processors, and some limitations. It also covers LaTeX commands, document structure, running LaTeX, formatting text, adding lists, sections, tables, figures, and equations. The document is presented as a slideshow introduction to LaTeX.
Introduction to latex. Write your first document in latex
To Download latex for windows (163 MB)
http://miktex.org/download
To Download texmaker editor (53 MB)
http://www.xm1math.net/texmaker/download.html#windows
Here you can find a good latex templates
http://www.latextemplates.com/
https://www.sharelatex.com/templates/
https://www.writelatex.com/templates
Try sharelatex or writelatex for online editing
https://www.sharelatex.com/
https://www.writelatex.com/
This document provides an introduction to LaTeX, covering what LaTeX is, why you would want to use it, its document structure, and how to include math, R code/objects, and references. LaTeX is a programming language used to create consistently formatted documents across different document types. It allows for fancy fonts, automatic numbering, and embedding of other objects like figures, tables, and R code/outputs. The document structure in LaTeX includes the preamble, top matter, main text, appendices, bibliography, and comments.
The document provides an introduction to LaTeX, including:
- What LaTeX is and how it works by separating content and formatting.
- The advantages of LaTeX over word processors like ease of complex tasks and portability.
- A brief history of LaTeX, including how it was developed from Donald Knuth's TeX typesetting system and expanded by Leslie Lamport into the LaTeX format.
This document provides an introduction and overview of LaTeX. It discusses what LaTeX is, its advantages over word processors, and how to get started using it. The document covers LaTeX document structure, basic text formatting, math mode, citations and references, and other common elements like environments. It serves as a tutorial for getting acquainted with the basics of the LaTeX markup language.
This document provides an introduction and overview of LaTeX. It discusses how LaTeX is a document preparation system used for typesetting technical documents and mathematical formulas. It outlines some of the key benefits of LaTeX, such as its ability to produce high quality output, cross-referencing capabilities, and automatic numbering of tables, figures, and contents. The document then covers various LaTeX topics like commands, editors, creating basic documents, text formatting, tables, images, and mathematical equations.
The document announces a LaTeX workshop to be held on May 17-18, 2017 in Kuala Lumpur, Malaysia, covering LaTeX essentials, practical applications, and producing high quality articles and documents, and is presented by Dr. Mohamed A. Alrshah who has over 15 years of academic experience.
This document provides an introduction to LaTeX for Word users. It summarizes what LaTeX is, the benefits of using LaTeX over Word, how to produce a simple LaTeX document, and how to install LaTeX on Windows. The presentation includes slides on document structure in LaTeX and common file types.
This document provides an overview of LaTeX, including:
1. LaTeX is a document preparation system that is useful for writing technical documents containing mathematics. It separates document content from formatting to make documents portable and modification easy.
2. The document discusses LaTeX installation, editors, basic commands and environments for formatting text, inserting images, tables, and mathematical equations.
3. It also covers features for report writing like title pages, headers and footers, page numbering, and creating indexes, tables of contents, and bibliographies.
The document provides an overview of LaTeX and discusses:
- LaTeX is a typesetting system that incorporates a macro processor to typeset documents.
- LaTeX uses markup tags and commands to specify formatting rather than using a graphical user interface.
- The document discusses LaTeX document classes, packages, file types, basic commands, environments, cross referencing, fonts, graphics, and tables. It also provides an overview of LaTeX editors like TeXstudio and distributions like MiKTeX.
This document provides an introduction to LaTeX, a document preparation system for high-quality typesetting. It discusses how LaTeX is used to create documents with features such as mathematical formulas, bibliographies, floats, and tables. Key aspects covered include installing LaTeX, basic file structure, formatting text, lists, tables, figures, and referencing external images and bibliographies. Examples are provided throughout to illustrate LaTeX commands.
The document provides an introduction to LaTeX typesetting through a series of examples and exercises. It discusses LaTeX basics like the document structure, preamble contents, and document classes. The first exercise has the reader create a basic LaTeX file that lists the first 10 prime numbers. The second exercise builds on this by adding document labels in the preamble and using \maketitle to display the title. Throughout, the document gives syntax examples and guides the reader in compiling and viewing their LaTeX files.
Introduction to LaTeX (For Word users)Guy K. Kloss
This document introduces LaTeX, an open-source document preparation system. LaTeX uses TeX as its typesetting engine and allows authors to focus on the content instead of formatting. It offers advantages over Word like portability, flexibility, precise control over formatting, and high quality output, especially for mathematical formulas. The document discusses what LaTeX is, how to pronounce it, its advantages over Word for large projects, and its ability to produce higher quality documents than Word.
This document provides an overview of writing technical papers using LaTeX and managing references. It discusses LaTeX document structure, basic elements of a technical paper like title, abstract, sections, lists, tables, figures, and equations. It also covers labels and cross-referencing, references and citations, and managing references using BibTeX and JabRef. The document is part of a campus lecture series aimed at training researchers in necessary technologies and tools.
This document provides a basic tutorial on LaTeX, covering its history and advantages, installation instructions, common document types, general syntax, formatting commands, sections, lists, tables, graphics, and bibliographies. It explains that LaTeX is a typesetting program, not a word processor, and offers higher quality, easier mathematical formatting, and uniform layout compared to word processors. It also gives examples of LaTeX code for formatting text, creating documents, and inserting tables, images, and citations.
This document provides an overview of LaTeX, including:
1. A short history of LaTeX, which was created in the 1980s by Leslie Lamport as an extension of Donald Knuth's TeX typesetting system to abstract away many of TeX's complexities.
2. Information on how to pronounce LaTeX and whether it is the right choice for a given writing project.
3. An introduction to some basic LaTeX commands and environments for formatting text, adding figures, tables, footnotes, bibliographies, and more.
4. Instructions for getting started with LaTeX using various editors on Windows, MacOS, and online platforms like ShareLaTeX and OverLeaf.
HTML (Hypertext Markup Language) is used to create web pages. It uses tags to define headings, paragraphs, lists, links and other elements. Some key HTML tags are <html> <head> <title> <body> <h1>-<h6> <p> <ul> <ol> <li> <a> <img>. HTML pages can be written using a basic text editor and have the .html file extension. The browser interprets the HTML tags to display the structured page content.
This document provides a cheat sheet for LaTeX document classes, packages, fonts, text formatting, math mode, citations, floats, and tables. It lists commonly used document classes like book and article. It describes packages for formatting, images, and URLs. It covers commands for titles, sections, verbatim text, lists, and references. It also includes a sample LaTeX document.
The document discusses LaTeX and provides an introduction and overview. It explains that LaTeX is a document preparation system for producing high-quality documents. It describes the basic structure of LaTeX documents, including the preamble and body, and covers creating documents, formatting text, and editing elements like fonts, lists, tables, and figures. The document is intended as an introduction or primer on LaTeX and how it can be used to create different types of documents.
The document discusses how to write documents using LaTeX. It covers installing LaTeX and related programs, the basic structure of LaTeX documents, formatting text, inserting images and tables, writing mathematical equations, and guidelines for writing documents like theses and papers in IEEE format. LaTeX is a document preparation system built on top of TeX that allows users to focus on writing content rather than layout, and makes it easy to include images, citations, cross-references, and mathematical equations.
This document provides an introduction to training basic LaTeX. It covers things users need to know about LaTeX including its advantages over traditional typesetting. It discusses installing LaTeX and the different file types encountered. The document also covers typesetting text, including document structure, layout, special characters, and formatting elements like titles, sections, footnotes and emphasized text. Finally, it discusses LaTeX specialties like figures, tables, bibliography, table of contents, indexing and hyperlinks.
"LaTeX for beginners" is a course for a first approach towards the wonderful world of LaTeX, a document markup language and document preparation system.
This document provides an overview of various CSS topics including comments, colors, text formatting, positioning, and cross-browser compatibility. It explains concepts like using hexadecimal color codes, text properties like alignment and decoration, positioning elements with static, relative, absolute and fixed positioning, and strategies for aligning elements and dealing with browser inconsistencies.
This document provides an overview of basic HTML structure and elements. It discusses what HTML is, how it uses markup tags to describe web page structure with elements like headings, paragraphs, and links. It also covers HTML syntax and documents, how to structure a basic HTML page with tags for the root, head, title, and body. The document demonstrates using block and inline elements and attributes to build out web pages. It provides examples of different text formatting tags and tags for things like quotes, lines, and comments.
The document introduces LaTeX, an open-source document preparation system for high-quality typesetting. LaTeX allows users to focus on writing content rather than formatting, as it provides consistent layout, fonts, tables, and easy generation of mathematical formulas, indices, references, and footnotes. LaTeX outputs documents in DVI, PS, and PDF formats. Examples of documents that can be created with LaTeX include brochures and formal letters.
How to choose the best mattress for yourselfWakefit
Most of us get confused when it comes to buying a mattress, even if it is buying offline i.e. at a retail store. You might have always wondered how to choose a mattress that is perfect for you.
The document announces a LaTeX workshop to be held on May 17-18, 2017 in Kuala Lumpur, Malaysia, covering LaTeX essentials, practical applications, and producing high quality articles and documents, and is presented by Dr. Mohamed A. Alrshah who has over 15 years of academic experience.
This document provides an introduction to LaTeX for Word users. It summarizes what LaTeX is, the benefits of using LaTeX over Word, how to produce a simple LaTeX document, and how to install LaTeX on Windows. The presentation includes slides on document structure in LaTeX and common file types.
This document provides an overview of LaTeX, including:
1. LaTeX is a document preparation system that is useful for writing technical documents containing mathematics. It separates document content from formatting to make documents portable and modification easy.
2. The document discusses LaTeX installation, editors, basic commands and environments for formatting text, inserting images, tables, and mathematical equations.
3. It also covers features for report writing like title pages, headers and footers, page numbering, and creating indexes, tables of contents, and bibliographies.
The document provides an overview of LaTeX and discusses:
- LaTeX is a typesetting system that incorporates a macro processor to typeset documents.
- LaTeX uses markup tags and commands to specify formatting rather than using a graphical user interface.
- The document discusses LaTeX document classes, packages, file types, basic commands, environments, cross referencing, fonts, graphics, and tables. It also provides an overview of LaTeX editors like TeXstudio and distributions like MiKTeX.
This document provides an introduction to LaTeX, a document preparation system for high-quality typesetting. It discusses how LaTeX is used to create documents with features such as mathematical formulas, bibliographies, floats, and tables. Key aspects covered include installing LaTeX, basic file structure, formatting text, lists, tables, figures, and referencing external images and bibliographies. Examples are provided throughout to illustrate LaTeX commands.
The document provides an introduction to LaTeX typesetting through a series of examples and exercises. It discusses LaTeX basics like the document structure, preamble contents, and document classes. The first exercise has the reader create a basic LaTeX file that lists the first 10 prime numbers. The second exercise builds on this by adding document labels in the preamble and using \maketitle to display the title. Throughout, the document gives syntax examples and guides the reader in compiling and viewing their LaTeX files.
Introduction to LaTeX (For Word users)Guy K. Kloss
This document introduces LaTeX, an open-source document preparation system. LaTeX uses TeX as its typesetting engine and allows authors to focus on the content instead of formatting. It offers advantages over Word like portability, flexibility, precise control over formatting, and high quality output, especially for mathematical formulas. The document discusses what LaTeX is, how to pronounce it, its advantages over Word for large projects, and its ability to produce higher quality documents than Word.
This document provides an overview of writing technical papers using LaTeX and managing references. It discusses LaTeX document structure, basic elements of a technical paper like title, abstract, sections, lists, tables, figures, and equations. It also covers labels and cross-referencing, references and citations, and managing references using BibTeX and JabRef. The document is part of a campus lecture series aimed at training researchers in necessary technologies and tools.
This document provides a basic tutorial on LaTeX, covering its history and advantages, installation instructions, common document types, general syntax, formatting commands, sections, lists, tables, graphics, and bibliographies. It explains that LaTeX is a typesetting program, not a word processor, and offers higher quality, easier mathematical formatting, and uniform layout compared to word processors. It also gives examples of LaTeX code for formatting text, creating documents, and inserting tables, images, and citations.
This document provides an overview of LaTeX, including:
1. A short history of LaTeX, which was created in the 1980s by Leslie Lamport as an extension of Donald Knuth's TeX typesetting system to abstract away many of TeX's complexities.
2. Information on how to pronounce LaTeX and whether it is the right choice for a given writing project.
3. An introduction to some basic LaTeX commands and environments for formatting text, adding figures, tables, footnotes, bibliographies, and more.
4. Instructions for getting started with LaTeX using various editors on Windows, MacOS, and online platforms like ShareLaTeX and OverLeaf.
HTML (Hypertext Markup Language) is used to create web pages. It uses tags to define headings, paragraphs, lists, links and other elements. Some key HTML tags are <html> <head> <title> <body> <h1>-<h6> <p> <ul> <ol> <li> <a> <img>. HTML pages can be written using a basic text editor and have the .html file extension. The browser interprets the HTML tags to display the structured page content.
This document provides a cheat sheet for LaTeX document classes, packages, fonts, text formatting, math mode, citations, floats, and tables. It lists commonly used document classes like book and article. It describes packages for formatting, images, and URLs. It covers commands for titles, sections, verbatim text, lists, and references. It also includes a sample LaTeX document.
The document discusses LaTeX and provides an introduction and overview. It explains that LaTeX is a document preparation system for producing high-quality documents. It describes the basic structure of LaTeX documents, including the preamble and body, and covers creating documents, formatting text, and editing elements like fonts, lists, tables, and figures. The document is intended as an introduction or primer on LaTeX and how it can be used to create different types of documents.
The document discusses how to write documents using LaTeX. It covers installing LaTeX and related programs, the basic structure of LaTeX documents, formatting text, inserting images and tables, writing mathematical equations, and guidelines for writing documents like theses and papers in IEEE format. LaTeX is a document preparation system built on top of TeX that allows users to focus on writing content rather than layout, and makes it easy to include images, citations, cross-references, and mathematical equations.
This document provides an introduction to training basic LaTeX. It covers things users need to know about LaTeX including its advantages over traditional typesetting. It discusses installing LaTeX and the different file types encountered. The document also covers typesetting text, including document structure, layout, special characters, and formatting elements like titles, sections, footnotes and emphasized text. Finally, it discusses LaTeX specialties like figures, tables, bibliography, table of contents, indexing and hyperlinks.
"LaTeX for beginners" is a course for a first approach towards the wonderful world of LaTeX, a document markup language and document preparation system.
This document provides an overview of various CSS topics including comments, colors, text formatting, positioning, and cross-browser compatibility. It explains concepts like using hexadecimal color codes, text properties like alignment and decoration, positioning elements with static, relative, absolute and fixed positioning, and strategies for aligning elements and dealing with browser inconsistencies.
This document provides an overview of basic HTML structure and elements. It discusses what HTML is, how it uses markup tags to describe web page structure with elements like headings, paragraphs, and links. It also covers HTML syntax and documents, how to structure a basic HTML page with tags for the root, head, title, and body. The document demonstrates using block and inline elements and attributes to build out web pages. It provides examples of different text formatting tags and tags for things like quotes, lines, and comments.
The document introduces LaTeX, an open-source document preparation system for high-quality typesetting. LaTeX allows users to focus on writing content rather than formatting, as it provides consistent layout, fonts, tables, and easy generation of mathematical formulas, indices, references, and footnotes. LaTeX outputs documents in DVI, PS, and PDF formats. Examples of documents that can be created with LaTeX include brochures and formal letters.
How to choose the best mattress for yourselfWakefit
Most of us get confused when it comes to buying a mattress, even if it is buying offline i.e. at a retail store. You might have always wondered how to choose a mattress that is perfect for you.
2014 AICPA CFO Conference - Accounting Trends and Update Brian Marshall
This document provides summaries of topics discussed at an accounting trends and updates event for CFOs hosted by McGladrey LLP. It includes biographies of two partners at McGladrey, Rick Day and Brian Marshall. The bulk of the document summarizes discussions on recent and upcoming changes from the Private Company Council and FASB, including new standards and alternatives for private companies. Joint projects between FASB and IASB like revenue recognition, leases, and financial instruments are also summarized.
Don't Risk Your Business - Know when you are bound by a contract and when you...Etienne Lawyers
How well do you know your contracts? Did you know that a contract is a checklist? Do you know what to watch out for when negotiating this checklist? Do you really know what all the legal terms actually mean? No?......Don't put yourself and your business at risk.
The overall objective is to help finance leaders gain an understanding of the significant changes that will result from the joint revenue recognition project to enable them to gauge the impact these changes will have on their company. The discussion will cover:
• Project overview
• Proposed five-step revenue model
• Other changes as a result of the model
• Disclosures, effective date and transition
Natural rubber is a naturally occurring polymer obtained from the latex of rubber trees. It is a cis-1,4-polyisoprene polymer. Latex is extracted from rubber trees by making cuts in the bark. Natural rubber can be emulsion polymerized using Ziegler-Natta catalysts or anionically. It is used to make many products due to its elasticity, strength and chemical resistance including medical gloves, tubing and other medical products. Processing involves compounding, mixing, shaping and vulcanization to introduce crosslinks. Natural rubber is commercially graded according to quality standards.
This document discusses several LaTeX packages for creating framed boxes in articles and books, including framed, fancybox, mdframed, and bclogo. It provides examples of using each package and notes that mdframed allows frames to continue across pages while bclogo offers customizable options like rounded corners, backgrounds, and logos. The document aims to help users emphasize important information outside of Beamer slides by introducing alternatives to its block environments.
Natural rubber is a polymer obtained from latex extracted from rubber trees. It is a form of polyisoprene that provides elasticity and strength. The commercial source is the Para rubber tree, but other plants also contain latex. Natural rubber is compounded with additives and processed through mixing, shaping, and vulcanization with sulfur to produce durable materials for use in tires, hoses, footwear and other products. Glass fiber reinforcement improves the strength and modulus of natural rubber composites. The main applications of natural rubber are in automobile tires and other vehicles, as well as household and medical products that require elasticity and strength.
Internet of things (IoT) and big data- r.nabatinabati
This document provides an introduction to Internet of Things (IoT) and Big Data Analytics. It discusses why IoT is an important and growing trend, defining IoT as connecting physical objects to the internet. It notes that billions of devices are expected to be connected by 2020. The document then discusses some key IoT technologies like communication standards, sensors, and embedded systems. It also outlines some common IoT applications and opportunities in areas like smart homes, healthcare, transportation and more. Finally, the document introduces some characteristics of big data, such as the scale, variety and velocity of data that is now being generated and needs to be analyzed.
The document outlines the rules and topics that will be covered in a data structures and algorithms course. It includes:
- Class rules prohibiting late entry or early exit from classes and announcing unscheduled quizzes.
- An outline of standard data structures and algorithms to be covered, including arrays, stacks, queues, linked lists, trees, sorting, searching, and graphs.
- An introduction to key concepts like data types, algorithms, performance analysis, and asymptotic notation to analyze time and space complexity.
A basic overview, application and usage of MATLAB for engineers. It covered very basics essential that will help one to get started with MATLAB programming easily.
Provided by IDEAS2IGNITE
This two-day workshop document covers an introduction to Matlab, its applications in various fields, commonly used functions and commands, data types like vectors and matrices, plotting, conditional statements, loops, reading and writing files, and building basic GUIs. It provides overviews of key topics with examples to demonstrate Matlab's capabilities in simulation, programming, data analysis, and visualization.
The binary search is faster than the sequential search. The complexity of binary search is O(log n) whereas the complexity of a sequential search is O(n). Stacks are used to evaluate algebraic or arithmetic expressions using prefix or postfix notations. Heap sort involves creating a max heap from the array and then replacing the root with the last element and rebuilding the heap for the remaining elements, repeating this process to sort the entire array.
Congratulations Graduate! Eleven Reasons Why I Will Never Hire You.Mark O'Toole
Over the past 20 years, I’ve been in hiring roles and have received thousands of resumes from new college graduates. I’ve interviewed many for real jobs and done my share of informational interviews. Sometimes I’ve hired people into entry-level positions. More often though, I haven’t.
Those who did not get the job were sometimes just not the right fit. Other times, they were trumped by a more impressive candidate or victim to some other random event mostly out of their control.
Too many had the background to make the cut or at least garner a second interview. But disastrous interviewing skills brought you down.
Here are my top reasons why I will never hire you.
The document provides an overview of LaTeX, including its history and advantages over other document preparation systems like Microsoft Word. It discusses how to set up LaTeX and write documents, covering topics like document structure, commands, sections, formatting text, mathematical equations, figures, tables, and bibliographies. The overall document serves as a LaTeX tutorial for getting started using the system.
This document provides an overview of LaTeX, including:
- LaTeX is a typesetting system suited for scientific and mathematical documents; it has advantages over word processors like professionally crafted layouts and easy formatting of mathematical formulas.
- LaTeX input files contain the document text and commands specifying the logical structure; these are processed to produce the final typeset document.
- The document discusses various LaTeX commands, environments, and features for formatting text, mathematical expressions, figures, tables, and bibliographies.
LaTeX is a document markup language used for typesetting documents. It allows for easy integration of mathematical symbols and equations. Some key benefits of LaTeX include producing beautiful documents, being portable, compatible, flexible and free. It works by writing source code files with tags rather than using a graphical user interface. Common text editors for writing LaTeX include TeXShop for Mac and MiKTeX or WinEdt for Windows.
This document provides an overview of using LaTeX for text editing. It begins with an outline of topics covered, which includes writing the first document, text formatting, figures, tables, bibliography, and references. It then discusses what LaTeX is, how to install it, and some advantages of using LaTeX such as separation of formatting and content. The document demonstrates how to write a basic "Hello World" document in LaTeX. It also covers various LaTeX document elements and commands for formatting text, creating lists, inserting figures and tables, and generating a bibliography.
This document provides an introduction to LaTeX, a document preparation system. It discusses how LaTeX allows authors to focus on content over visual formatting, is widely used in academia, and provides numerous features for typesetting mathematical and scientific documents. Installation instructions and examples of basic LaTeX code for formatting equations are also included.
LaTeX is a document preparation system for typesetting documents. It separates the content from the formatting to allow the author to focus on the content. LaTeX is commonly used in scientific and technical fields for publishing research papers and theses. It provides features for formatting text, creating lists, inserting images and tables, writing mathematical equations, and generating bibliographies. The LaTeX code is compiled to PDF output for high quality typesetting and layout.
Latex is a markup language for typesetting documents. It allows inserting equations, figures, tables, and bibliographies. Key aspects include:
1. Latex uses logical tags like section and subsection to structure a document hierarchically. Common document classes are article, report, and book.
2. Equations are typeset within equation environments. Figures and tables are inserted using specific environments and tags for captions and labels.
3. Bibliographies are generated using a thebibliography environment and bibitem tags. References are cited using cite tags and numbered automatically.
4. Other elements like lists, text formatting, and page layout are controlled through predefined environments and commands. Packages add new functionality
LaTeX for B.Sc. Mathematics,an introductionjayakumarc9
This document provides an introduction to LaTeX, including:
- What LaTeX is and why it is useful for creating technical documents with its ability to easily include mathematical equations, references, tables of contents, etc.
- How to install LaTeX programs like MiKTeX and WinEdt on Windows and TexShop on Mac.
- The basic structure of a LaTeX document including the preamble, front matter, body, and back matter.
- How to include common elements like sections, citations, tables, and equations in LaTeX.
- Common mistakes to avoid when creating LaTeX documents.
This document provides an introduction and overview of LaTeX. It discusses what LaTeX is, why it is useful, and how to set it up. It covers document structure, formatting text, references, equations, lists, algorithms, and figures. Recommended editors are also presented. The document serves as a helpful LaTeX survival guide for new users.
1. Include the algorithm2e package in the preamble
2. Define keywords like Initialize, Function, Input using \SetKwProg and \SetKwInOut
3. Begin the algorithm environment and add a caption
4. Use the defined keywords and other instructions to describe the algorithm steps
5. End the algorithm environment
This allows algorithms to be clearly presented with customized keywords in a formatted manner. The algorithm2e package is very useful for presenting pseudocode in LaTeX documents.
A Hitchhiker S Guide To LaTex (Or How I Learned To Stop Worrying And Love Wri...Jim Webb
This document provides an introduction to using LaTeX to write scientific documents. It discusses how to set up the document header and preamble, insert titles and authors, define sections and subsections, and format text. It also covers inserting mathematical equations, symbols, and formatting such as lists, footnotes, and comments. Examples are provided throughout to demonstrate how to write equations, integrals, and other mathematical expressions in LaTeX. The purpose is to give a minimalist introduction to using LaTeX for writing up research.
Latex is a markup language for typesetting documents, built on top of the TeX typesetting system. It allows for high quality typesetting, easy inclusion of math formulas, and is platform independent. Latex uses markup tags to denote headings, lists, tables, images, and bibliographies. It separates the logical structure and appearance of a document to produce professional results. Common commands are used to specify document structure, formatting, citations, and mathematical expressions.
Latex is a markup language for typesetting documents, built on top of the TeX typesetting system. It allows for high quality typesetting, easy inclusion of math formulas, and is platform independent. Latex uses markup tags to denote headings, lists, tables, images, and bibliographies, and compiles these files into a final formatted document. Some key advantages of Latex include high quality typesetting, ease of including math formulas, platform independence, and its status as the de facto standard for scientific publishing.
Latex is a markup language for typesetting documents, built on top of the TeX typesetting system. It allows for high quality typesetting, easy inclusion of math formulas, and is platform independent. Latex uses markup tags to denote headings, lists, tables, images, and bibliographies, and compiles these files into a final formatted document. Some key advantages of Latex include high quality typesetting, ease of including math formulas, platform independence, and its status as the de facto standard for scientific publishing.
Latex is a markup language for typesetting documents, built on top of the TeX typesetting system. It allows for high quality typesetting, easy inclusion of math formulas, and is platform independent. Latex uses markup tags to denote headings, lists, tables, images, and bibliographies. It separates content and formatting, making documents easy to update. Common document classes include article, report, and book. Packages add functionality. The document structure includes the preamble, body, and bibliography.
The document provides an overview of LaTeX, including its use for writing reports and documents, the compiling procedure, document structure using chapters, sections and paragraphs, basic LaTeX commands and formatting, and how to include mathematics, graphics, tables, and bibliographies. Key aspects covered include using the \documentclass command to specify the document type, compiling tex files into dvi or pdf formats, and dividing the document into logical components like chapters and sections using commands like \chapter and \section.
Latex is a typesetting system for producing scientific and mathematical documents. It allows for highest quality typesetting and speed, especially for documents with complex equations and figures. Latex is an open source software that uses the TeX typesetting engine. It is easy to write advanced mathematical equations and incorporates bibliographies and references. Documents are created by adding text, equations, figures, and tables to a skeleton Latex file and compiling the document.
This document provides an introduction to creating presentations with LaTeX Beamer. It discusses installing Beamer, the structure of a Beamer document, and how to add title and content slides. Key commands covered include \documentclass{beamer}, \title, \author, and \begin{frame} to start slides. The document is intended as a tutorial for those new to making presentations with LaTeX Beamer.
This document provides an agenda for an introduction to LaTeX and TexMaker. It covers basic topics like document settings and control sequences. More advanced topics discussed include math mode, tables, and references. Examples are provided for creating a basic "Hello World" document and using math mode to write equations and arrays. The document recommends using various LaTeX environments like itemized lists, enumerated lists, and tabular environments to structure documents.
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Smart manufacturing through cloud based-r-nabati--dr abdulbaghi ghaderzadehnabati
1. The document discusses a proposed system that uses smart virtualized objects and Sensor Web Enablement (SWE) standards to improve worker safety in industrial environments through increased monitoring capabilities.
2. Smart objects equipped with sensors would collect and share data through a Sensor Observation Service to provide real-time awareness of worker locations and conditions.
3. A use case demonstrates how the system could detect potential collisions between lift trucks in a factory and alert drivers in time to avoid accidents through cloud-based processing of sensor data.
This document discusses IP cores, which are reusable blocks of logic or data used in field programmable gate arrays (FPGAs) and application-specific integrated circuits (ASICs). There are three main types of IP cores: hard cores which are physical implementations, firm cores which are configurable, and soft cores which exist as code. The document lists several IP core vendors and categories of cores, such as communication, storage, and cryptography. It provides an example of a TCP/IP core and concludes with references for further information on IP cores.
R is an object-oriented programming language commonly used for statistical analysis and visualization. The document provides an introduction to installing and using R, including how to install R and RStudio, load packages, and work with different data types like vectors, matrices, and data frames. It also covers basic functions, control structures like if/else statements and for loops, plotting graphs, and resources for learning more about R.
The document provides an introduction to Contiki OS and Cooja network simulator. It discusses that Contiki is an open source, highly portable, multi-tasking operating system for memory efficient, networked embedded systems and wireless sensor networks. Cooja is described as a Contiki network emulator that is a Java-based simulator capable of emulating sensor node hardware and allowing testing of Contiki code and protocols in simulation before deploying on real hardware. The document also gives an overview of Internet of Things technologies including communication standards, sensor technologies, and embedded systems.
Cloud computing standards and protocols r.nabatinabati
This document discusses cloud computing standards and protocols. It begins with an introduction to cloud computing and describes the cloud architecture and delivery models including Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). It then outlines several standards groups that are working on cloud standards including DMTF, ETSI, NIST, OGF, and OASIS. It provides examples of standards like OVF for packaging virtual appliances and CIMI for managing cloud infrastructure. In closing, the document emphasizes the importance of standards for interoperability and portability across multiple cloud platforms.
Graph theory concepts complex networks presents-rouhollah nabatinabati
This document provides an introduction to network and social network analysis theory, including basic concepts of graph theory and network structures. It defines what a network and graph are, explains what network theory techniques are used for, and gives examples of real-world networks that can be represented as graphs. It also summarizes key graph theory concepts such as nodes, edges, walks, paths, cycles, connectedness, degree, and centrality measures.
The document discusses big data analytics and related topics. It provides definitions of big data, describes the increasing volume, velocity and variety of data. It also discusses challenges in data representation, storage, analytical mechanisms and other aspects of working with large datasets. Approaches for extracting value from big data are examined, along with applications in various domains.
Random walks on graphs - link prediction by Rouhollah Nabatinabati
This document provides an overview of random walks on graphs and their applications. It begins with basic definitions such as adjacency matrix, transition matrix, and Laplacian matrix. It then discusses properties like the stationary distribution and Perron-Frobenius theorem. Random walks are related to electrical networks, where hitting times correspond to voltages. Commute times and Laplacians are also connected. Applications include PageRank and recommender systems that use proximity measures from random walks. The document outlines key topics and provides examples to explain random walk concepts and their significance.
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Takashi Kobayashi and Hironori Washizaki, "SWEBOK Guide and Future of SE Education," First International Symposium on the Future of Software Engineering (FUSE), June 3-6, 2024, Okinawa, Japan
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OpenMetadata Community Meeting - 5th June 2024OpenMetadata
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* How to run the test cases in your own ETL pipelines
* How the Incident Manager is integrated
* Get notified with alerts when test cases fail
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Essentials of Automations: The Art of Triggers and Actions in FMESafe Software
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Whether you’re tweaking your current setup or building from the ground up, this session will arm you with the tools and insights needed to transform your FME usage into a powerhouse of productivity. Join us to discover effective strategies that simplify complex processes, enhancing your productivity and transforming your data management practices with FME. Let’s turn complexity into clarity and make your workspaces work wonders!
E-commerce Application Development Company.pdfHornet Dynamics
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2. high typographical quality of the documents
LaTex is de facto standard and is installed at
many universities
Can be run on most operating systems
Equations, citations, figures, tables, etc., can
be labeled so that cross referencing is
automated
LaTex is free!
LaTex is notWYSIWYG(WhatYou See IsWhatYou Get)
3. First consider what type of paper you are writing
so that you know whose packages to install.
Physics usesThe Physical Review Packages
Math usesThe AMS packages, which is also useful for
writing just a general document or a Logic report.
Chemistry even uses some specialized packages, but
much of its writing can be achieved through AMS. If
you are interested in exploring chemistry packages
further follow the link to get started. Click Here.
Most can just be searched on Google, or found using
the MikTex package manager.
4. Keep all of the associated files in a single
directory.
Latex was probably originally made for linux, so
it is a little picky about path names.
Path names should have not special symbols or
spaces. In fact the folder that you place the files
in should be kept in the root directory on a
windows machine.
Also if you use any specialized style files they
should also be kept with the projects files.These
are .sty files.
5. Download and run the Basic MiKTeX installer from
https://miktex.org/download
IEEE ManuscriptTemplates for Conference
Proceedings
https://
www.ieee.org/conferences_events/conferences/publishing/tem
IEEE ArticleTemplates and Instructions
https
://www.ieee.org/conferences_events/conferences/publishing/te
6. TeX is essentially a Markup Language (like
HTML, XML and RTF)
LaTex is an extension ofTeX
Macro packages to makeTeX easier to use
Presentaion is based on
Troy D. Milner and Simon Cuce slides
7. Late 1970s -> 1989: TeX by Don Knuth
Decent typesetting by the authors!
Same output now as in the future
Low level, but powerful
Frozen development
Starting early 1980s: LaTeX by Leslie Lamport
High level language (macros, really) forTeX
Easy to use!
Current version is Latex2e
8. Some say LAY-teck
Some say LAH-teck
Some say LAY-tech (as in “Bach”)
Some say LAY-tex
…
According toWikipedia: Knuth says /tex/ (as in
Bach)
Lamport says “whatever…”
9. High typeset quality
Easy to include math formulas
Source file format is not bounded to a
particular OS or platform
Latex implementations exists for all
platforms (DOS,Windows, Unices,..)
10. De facto standard for scientific publishing
Very few bugs
Good for large documents
Can run even on 386 PC
Not very easy to learn!
12. Your Latex File Your Bibtex File
Latex compile x3
Bibtex compile x2
Latex compile x3
Your Postscript File
dvips compile x1
Device independent
output .dvi
(a text file)
13. Document Class
▪ There are 4 main predefined classes: article, letter,
report, book, and slides.
Packages used
▪ Added Functionality (graphics, reference style,...).
Main Body
▪ Text and Bibliography References.
14. Document Class
▪ documentclass[options]{class}
▪ options = a4paper, 11pt, 12pt, 10pt, twocolumn,
landscape,...
▪ class = article, report, book,...
Packages
▪ usepackage{package name}
▪ epsfig = insert PS pictures into the document
▪ fancyhdr = easy definition of footer and header
15. Start with begin{document}
End with end{document}
TypesettingText
or newline and newpage
% comments
Bold textbf{……………} or bf
Italics emph{…………} or textit{………} or it
Underline underline{…………} or ul
17. The Physical Review package ads something
new to the title. It ads the Abstract section.
begin{abstract}
Abstract text
end{abstract}
After this section you can put the make title
command.
18. Sections
section{…} = 1. Latex is Great
subsection{…} = 1.1Why Latex is Great
subsubsection{…} = 1.1.1 Reason One
appendix - changes numbering scheme
chapter{…} -To be used with book and report
document classes
Titles, Authors and others
title{…} author{…}
footnote{…}
19. maketitle - DisplayTitle and Author
tableofcontents - generatesTOC
listoftables - generates LOT
listoffigures - generates LOF
Labels
label{marker} - Marker in document.
pageref{marker} - Displays page no. of marker.
ref{marker} - Displays section location of marker.
Itemize
Use either enumerate, itemize or description.
see handout for example.
21. Enumerate instead of itemize gives a
numbered list
Lists can be recursive
22. Something between
begin{name}
end{name}
Many command, for example bf affect the
text until the end of environment
Environments can be recursive
Examples:
itemize, center, abstract
23. Group is some text between { and }
Many commands work until the end of the
group
Code
put {one word bf in bold} here
Result
put one word in bold here
24. Environments center, flushleft, flushright
Example
begin{flushright}
Right aligned
end{flushright}
Result
Right aligned
27. Columns
begin{tabular}{|…|…|}
end{tabular}
Rows
& - Split text into columns
- End a row
hline - Draw line under row
e.g. 123123 & 34.00 hline
Two Columns
l = automatically adjust
size, left justify
r = automatically adjust
size, right justify
p = set size
e.g p{4.7cm}
c = centre text
28. begin{tabular}{|l|r|c|} hline
Date & Price & Size hline
Yesterday & 5 & big hline
Today & 3 & small hline
end{tabular}
Date Price Size
Yesterday 5 Big
Today 3 Small
29. Floating objects can stop splitting of tables
and images over pages.
begin{figure}[options]
end{figure}
begin{table}[options]
end{table}
They will now appear in the
List of Figures (LOF) and
List ofTables (LOT).
Options (recommendations)
h = place table here
t = place at top of page
b = place at bottom of page
31. Use epsfig package
usepackage{epsfig}
Including images in main body
epsfig{file=filename.eps, width=10cm,
height=9cm, angle=90}
Creating EPS - Use xv and/or xfig.
MS Power Point, save as GIF and convert to
EPS.
32. usepackage{graphicx}
begin{figure}[h]
centering
captionsetup{justification=centering}
includegraphics[width=85mm]{img-1}
caption{Illustration of the iteration process
of building a full tree.The firts 5 iteration of
DURT.}
label{fig-DURT}
end{figure}
33. Put simple equation between two $
$t=0$
$E=mc^2$
$n^{n-1}$
34. You need an equation by itself.That is also
numbered.You do this with
begin{equation}
frac{1}{N} sum_{i=1}^{n} frac{2N_i}{k_i*(k_i-1)}
end{equation}
If you wish to leave it unnumbered simply put
an asterisk at the end of the word equation.
begin{equation*} equation end{equation}
35. usepackage{algorithm}
begin{algorithm}
caption{EDSS Algorithm}
begin{algorithmic}[1]
Procedure{EDSS}{$T$}Comment{$T$ is the number of
iterations}
While{$tnot=T$}
State $tgetsT$
Statetextbf{Step 0:} Node "0" generated.
EndWhilelabel{euclidendwhile}
EndProcedure
end{algorithmic}
end{algorithm}
36. usepackage{algorithm}
begin{algorithm}
caption{EDSS Algorithm}
begin{algorithmic}[1]
Procedure{EDSS}{$T$}Comment{$T$ is the number of
iterations}
While{$tnot=T$}
State $tgetsT$
Statetextbf{Step 0:} Node "0" generated.
EndWhilelabel{euclidendwhile}
EndProcedure
end{algorithmic}
end{algorithm}
37. begin{figure}[h]
begin{tikzpicture}
begin{axis}[
%title={Clustering coefficient distribution in proposed model for N=15
andT=4},
xlabel={Clustering coefficient},
ylabel={Count},
xmin=0, xmax=1.2,
ytick={1,2,3,4,5},
….
]
addplot[
label{plot:CC-distribution}
end{figure}
38. Ref {Label} -> Reference to Figure, Section,
Equation and etc.
Ref{sec:introduction}
Cite{Label} -> Cite an article listed in
Bibliographgy
cite{newman-2000}
39. begin{thebibliography}{}
bibitem[Come95]{Come95} Comer,
D. E., {it Internetworking withTCP/IP:
Principles, Protocols and Architecture},
volume 1, 3rd edition. Prentice-Hall,
1995.
end{thebibliography}
40. Bibliography information is stored in a *.bib
file, in Bibtex format.
Include chicago package
usepackage{chicago}
Set referencing style
bibliographystyle{chicago}
Create reference section by
bibliography{bibfile with no extension}
44. UNIX based systems
xdvi, ghostview, fixps, emacs with latex/bibtex
support.
Windows 98/NT
Ghostview, Acrobat Distiller, Acrobat Reader,
ScientificWorkplace (not the best), the Bibtex
viewer is good. Paint Shop Pro, Latex and Emacs
45. Download XeTeX from
https://sourceforge.net/projects/xetex/
Or farsixetex
46. Beamer
Beamer is a LaTeX document class for creating
slides for presentations.
Beamer provides the ability to make "handouts“
Powerdot
Powerdot is a LaTeX class for making
professional-looking presentation slides.
47. Latex is optimal for master and phd thesis?
Mathematical formulae are easy.
Use bibtex search engines
Consider converting Postscript files to PDF
(more widespread inWindows world) and to
conserve space.
48. http://www.miktex.org/
http://www.toolscenter.org/
http://www.ocf.berkeley.edu/~jjlin/latex/
http://en.wikibooks.org/wiki/LaTeX
Latex math symbols
http://
web.ift.uib.no/Fysisk/Teori/KURS/WRK/TeX/symALL.h
LaTex project page
http://www.latex-project.org/
Google is your friend…
49. http://www.miktex.org/
http://www.toolscenter.org/
http://www.ocf.berkeley.edu/~jjlin/latex/
http://en.wikibooks.org/wiki/LaTeX
Latex math symbols
http://
web.ift.uib.no/Fysisk/Teori/KURS/WRK/TeX/symALL.h
LaTex project page
http://www.latex-project.org/
Google is your friend…
amsmath
It contains the advanced math extensions for LaTeX. The complete documentation should
be in your LaTeX distribution; the file is called amsdoc, and can be dvi or pdf. For more
information, see the chapter about Mathetics.
amssymb It adds new symbols in to be used in math mode.
amsthm
It introduces the proof environment and the theoremstyle command. For more information see
the Theoremssection.
array
It extends the possibility of LaTeX to handle tables, fixing some bugs and adding new features.
Using it, you can create very complicated and customized tables. For more information, see
the Tables section.
babel
It provides the internationalization of LaTeX. It has to be loaded in any document, and you have
to give as an option the main language you are going to use in the document. For more
information see the Internationalization section.
biblatex Advanced bibliography handling. It is the package to use for writing a thesis.
bm
Allows use of bold greek letters in math mode using the bm{...} command. This supersedes
the amsbsy package.
booktabs
provides ex-tra com-mands as well as be-hind-the-scenes op-ti-mi-sa-tion for producing tables.
Guide-lines are given as to what con-sti-tutes a good ta-ble in the package documentation.
caption Allows customization of appearance and placement of captions for figures, tables, etc.
cancel
Provides commands for striking out mathematical expressions. The syntax is
cancel{x} or cancelto{0}{x}
chemmacros Part of a bundle to typeset chemistry easily and consistent.
changepage To easily change the margins of pages. The syntax is
enumitem Adds support for arbitrarily-deep nested lists (useful for outlines). See List Structures.