This work aimed to give an example of the effective use of the GitHub web service specifically in an academic environment. The case stud was given to a MSc thesis that was written completely using LaTeX and GitHub. The presentation illustrated how specifically one can apply new technologies and innovative approaches in the educational environment. Traditional for IT industry and programmers, GitHub offers great opportunities for effective collaboration such as 'student-supervisor' or 'group of students' or 'group of colleagues'. Unlike traditional programs, the use of innovative technologies of text editors, such as LaTeX and data archiving such as GitHub allows supervisor to monitor student’s research progress. A great advantage of GitHub consists in its color syntax and maintaining history of updates versions. This presentation demonstrated general conceptual principles of the Github and LaTeX. Some technical issues of running project, creating repositories, making updates, adding new files to the system are demonstrated with a series of screenshot illustrations of the process. Some important features and advantages of working with Github and LaTeX in the academic environment are listed and discussed. The possibilities for collaborative data sharing, research progress updating and creative works are illustrated. Current work is a technical illustration of using IT in education.
Data Sharing, Distribution and Updating Using Social Coding Community Github ...Universität Salzburg
This document provides a summary of a presentation about using GitHub and LATEX for graduate research projects. It discusses the benefits of GitHub for collaborative work and version control. It also highlights some advantages of LATEX over traditional text editors for writing theses. The presentation includes steps for creating a personal GitHub repository and maintaining a project. It provides an example of using GitHub and LATEX for an MSc thesis on seagrass mapping. Overall, the presentation aims to demonstrate how these tools can facilitate writing, editing, and managing research projects in an academic setting.
The Basics of Open Source Collaboration With Git and GitHubBigBlueHat
A revised/minimized version of Nick Quaranto's (http://www.slideshare.net/qrush ) presentation on the same topic. This revised version was used to present Git to a group of students at ECPI who were not yet familiar with the concepts of version control or Git.
GitHub is a code hosting platform that allows for version control and collaboration. It provides free cloud storage for projects and tracks the history of changes made by teams working together. Key features include cloning repositories, adding and committing changes locally then pushing them to GitHub, and allowing for collaboration through features like forking repositories and pull requests. Repositories on GitHub can organize any files or data for a project. Users push local commits to the remote repository on GitHub after making changes.
GitHub is a code hosting platform that allows developers to collaborate on projects and manage their source code. It uses Git in the backend for version control. The key differences are that Git is a command line tool for version control, while GitHub provides a web-based graphical user interface and additional features built on top of Git. Common GitHub terms include repository, clone, commit, push, pull, branch, fork, and pull request which allow developers to work together on projects and integrate changes.
GitHub is a web-based repository for software projects that allows users to collaborate on projects using version control and track issues. It provides options for project documentation like readmes, wikis, and GitHub pages. Users can work together using features like branches, commits, pull requests, and merges. Integrations with tools like GitBook and Slack extend its functionality. GitHub's social features allow users to follow projects and people.
These slides accompanied a presentation by Dan Gillean of Artefactual Systems, delivered as part of AtoM Camp Cambridge, a three-day boot camp held at St John's College, Cambridge University, May 9-11, 2017 For more information, see:
https://wiki.accesstomemory.org/Community/Camps/SJC2017
In 2013, with the introduction of AtoM 2.0, Artefactual began a fresh rewrite of all the Access to Memory documentation, using Sphinx Documentation as the primary platform. These slides provide some context and background for this change, introduce Sphinx and reStructuredText, and go on to outline step by step how AtoM users can contribute to the AtoM documentation.
Git and GitHub are open source version control systems. Git is a decentralized version control system, while GitHub is a web-based hosting service for Git repositories that offers additional collaboration features. GitHub allows users to fork repositories to propose and contribute changes. Key features include wikis, task management, bug tracking, and pull requests to merge changes. GitHub is a powerful collaboration tool for software developers and other users due to its features for forking, pulling, and merging code changes.
The document provides an overview of using GitHub for software development. It discusses creating repositories and using features like the issue tracker, wiki, pull requests, and settings. It explains how to create repositories, manage issues, write documentation, manage teams and permissions, compare code versions, work on branches, and change repository settings and descriptions. The document is intended to guide developers through using GitHub's core features for collaborative software development.
Data Sharing, Distribution and Updating Using Social Coding Community Github ...Universität Salzburg
This document provides a summary of a presentation about using GitHub and LATEX for graduate research projects. It discusses the benefits of GitHub for collaborative work and version control. It also highlights some advantages of LATEX over traditional text editors for writing theses. The presentation includes steps for creating a personal GitHub repository and maintaining a project. It provides an example of using GitHub and LATEX for an MSc thesis on seagrass mapping. Overall, the presentation aims to demonstrate how these tools can facilitate writing, editing, and managing research projects in an academic setting.
The Basics of Open Source Collaboration With Git and GitHubBigBlueHat
A revised/minimized version of Nick Quaranto's (http://www.slideshare.net/qrush ) presentation on the same topic. This revised version was used to present Git to a group of students at ECPI who were not yet familiar with the concepts of version control or Git.
GitHub is a code hosting platform that allows for version control and collaboration. It provides free cloud storage for projects and tracks the history of changes made by teams working together. Key features include cloning repositories, adding and committing changes locally then pushing them to GitHub, and allowing for collaboration through features like forking repositories and pull requests. Repositories on GitHub can organize any files or data for a project. Users push local commits to the remote repository on GitHub after making changes.
GitHub is a code hosting platform that allows developers to collaborate on projects and manage their source code. It uses Git in the backend for version control. The key differences are that Git is a command line tool for version control, while GitHub provides a web-based graphical user interface and additional features built on top of Git. Common GitHub terms include repository, clone, commit, push, pull, branch, fork, and pull request which allow developers to work together on projects and integrate changes.
GitHub is a web-based repository for software projects that allows users to collaborate on projects using version control and track issues. It provides options for project documentation like readmes, wikis, and GitHub pages. Users can work together using features like branches, commits, pull requests, and merges. Integrations with tools like GitBook and Slack extend its functionality. GitHub's social features allow users to follow projects and people.
These slides accompanied a presentation by Dan Gillean of Artefactual Systems, delivered as part of AtoM Camp Cambridge, a three-day boot camp held at St John's College, Cambridge University, May 9-11, 2017 For more information, see:
https://wiki.accesstomemory.org/Community/Camps/SJC2017
In 2013, with the introduction of AtoM 2.0, Artefactual began a fresh rewrite of all the Access to Memory documentation, using Sphinx Documentation as the primary platform. These slides provide some context and background for this change, introduce Sphinx and reStructuredText, and go on to outline step by step how AtoM users can contribute to the AtoM documentation.
Git and GitHub are open source version control systems. Git is a decentralized version control system, while GitHub is a web-based hosting service for Git repositories that offers additional collaboration features. GitHub allows users to fork repositories to propose and contribute changes. Key features include wikis, task management, bug tracking, and pull requests to merge changes. GitHub is a powerful collaboration tool for software developers and other users due to its features for forking, pulling, and merging code changes.
The document provides an overview of using GitHub for software development. It discusses creating repositories and using features like the issue tracker, wiki, pull requests, and settings. It explains how to create repositories, manage issues, write documentation, manage teams and permissions, compare code versions, work on branches, and change repository settings and descriptions. The document is intended to guide developers through using GitHub's core features for collaborative software development.
Github 101 An Adventurer's Guide To Open SourcePrachitibhukan
This document provides an introduction to GitHub and open source software. It discusses what open source software is, the benefits of contributing to open source projects, and some major open source events. It also explains the differences between Git and GitHub, gives an overview of version control systems and how they work, and demonstrates some basic Git commands. Finally, it discusses resources for students like the GitHub Student Developer Pack, Hacktoberfest, Google Summer of Code, the GitHub Externship program, and holds a quiz at the end.
The document outlines plans for a third generation of the OpenNTF.org website, including:
1. Deploying the Redmine project management application and integrating version control systems like Git and GitHub to provide improved functionality for contributors.
2. Changing consumer-facing project pages to be simpler and link to Redmine, while retaining functionality like downloads and reviews.
3. Creating Redmine projects for all existing OpenNTF projects over two years while retaining the current system in parallel, then transitioning fully to Redmine.
Hacktoberfest 2020 - Open source for beginnersDeepikaRana30
Hacktoberfest is a month-long celebration of open source software run by DigitalOcean in partnership with GitHub and Twilio. Participants must submit 5 quality pull requests to public GitHub repositories to earn a t-shirt. Open source software is important because it allows for collaboration and improves software quality through many perspectives. Creating a pull request involves forking a repository, cloning it locally, making changes on a new branch, committing changes, and creating a pull request on GitHub comparing the changes to the original repository.
August OpenNTF Webinar - Git and GitHub ExplainedHoward Greenberg
When OpenNTF began in 2001, source control was little known and sharing of code via the cloud was limited. Fast forward 20 years and GitHub is the dominant sharing site and git the standard technology for source control.
In this webinar Paul Withers and Jesse Gallagher will:
Demystify git
Explain Branching
Show what makes a high quality repository
How to take advantage of GitHub’s broad functionality
Get that coveted "Verified" badge
Go from source control zero to GitHub hero!
This document provides an overview of GitHub and its key terminologies for developers. It defines common GitHub terms like repository, branch, commit, fork, pull request, merge, cloning, staging, push and pull. It explains that GitHub is an online platform for developers to store and collaborate on code in repositories. Developers can work on features and fixes independently using branches, track changes through commits, make copies of others' projects via forking, and integrate code changes with pull requests and merging. The document also outlines how to create a repository, clone one locally, make a pull request, and collaborate on GitHub.
A contention carried Github into the spotlight in India as of late when a lot of young people abused the stage. We should bring a look into the imaginative universe of this immense open-source stage
This document provides an overview of using Git and GitHub for version control and collaboration. It begins with an agenda and explains why version control systems are useful, particularly for teams. It then defines Git and GitHub, describing how Git stores versions as commit objects in a repository and how GitHub hosts Git repositories. The document outlines basic Git commands like init, add, commit, status and push/pull. It provides guidance on setting up Git and GitHub accounts and using GitHub features like branches, commits, and forks for collaboration.
This document provides an overview of Git and GitHub for version control. It discusses why version control is useful, both for individuals and teams working on code. It then introduces Git and GitHub, covering basic Git commands, fundamentals of using GitHub, and how GitHub can be used for project implementation and collaboration. The document includes an agenda, explanations of key concepts, and links to GitHub documentation for setting up accounts and learning more commands.
This document describes a project to analyze GitHub data and develop visualizations and recommendations. The project will have two parts: 1) A visualization part that analyzes metrics like programming languages used, active users, geographic distribution of users, and popular repositories, and 2) A recommendation system that suggests potential contributors or repositories for a given user based on their activity history. The project aims to provide insights into active areas on GitHub and which languages are most widely used. It will also help increase collaboration by recommending potential collaborators and interesting repositories for users. The document outlines the project timeline and division of labor across gathering requirements, design, implementation, and developing the user interface.
GitHub is a web-based version control and collaboration platform used by over 31 million users. It allows users to store code in online repositories and collaborate on projects. The document provides instructions on setting up a GitHub account, installing Git, creating and committing to repositories, opening pull requests to contribute to others' projects, forking repositories to contribute back to open source projects, and cloning repositories to work on code locally.
This document discusses improving the feature development process for the open-source PyQtGraph library. It first provides background on PyQtGraph and open-source development practices. It then analyzes PyQtGraph's current process through case studies and identifies areas for improvement, such as needing a collaboration tool to better coordinate contributions. The document proposes extending the "Pirate Metrics" framework to better measure community interactions during feature development. The conclusions note this study could help developers, maintainers, and users better understand open-source processes.
This document provides an agenda for an orientation session on Git and GitHub that will cover:
1. What Git and GitHub are and how to install Git and create a GitHub account
2. Creating repositories, adding files, checking status, and pushing changes to GitHub
3. Additional GitHub programs like GitHub Student Developer Pack and Campus Experts
4. An activity like a quiz to reinforce the material
This document outlines the agenda and content for a Git and GitHub workshop presented jointly by GDSC Alliance University and GDSC UniKL. The agenda includes introductions, a speech on Git and GitHub, explanations of Git, GitHub account setup, using the Git CLI, creating repositories and cloning, making changes and committing/pushing code, branching, forking, pull requests, and a quiz. Breaks are scheduled throughout the 2 hour and 40 minute workshop.
This document summarizes phases of a .NET library management application project. It describes creating a Windows Forms UI (Phase 1), replacing the business logic with student-written code (Phase 2), replacing the UI with an ASP.NET web interface (Phase 3), exposing functionality via web services (Phase 4), and a final group project modifying a student survey system to allow custom surveys.
This document discusses continuous integration in GitHub. It describes GitHub as a social networking site for programmers used for code sharing, project management, issue tracking, and code review. It explains the pull request model where developers submit code changes as pull requests to be reviewed and merged into the main codebase. The document also discusses Travis CI, a continuous integration tool that can be integrated with GitHub to automatically run tests on code changes and pull requests.
Accurate and rapid big spatial data processing by scripting cartographic algo...Universität Salzburg
Accurate and rapid big spatial data processing by scripting cartographic algorithms: advanced seafloor mapping of the deep-sea trenches along the margins of the Pacific Ocean
Github 101 An Adventurer's Guide To Open SourcePrachitibhukan
This document provides an introduction to GitHub and open source software. It discusses what open source software is, the benefits of contributing to open source projects, and some major open source events. It also explains the differences between Git and GitHub, gives an overview of version control systems and how they work, and demonstrates some basic Git commands. Finally, it discusses resources for students like the GitHub Student Developer Pack, Hacktoberfest, Google Summer of Code, the GitHub Externship program, and holds a quiz at the end.
The document outlines plans for a third generation of the OpenNTF.org website, including:
1. Deploying the Redmine project management application and integrating version control systems like Git and GitHub to provide improved functionality for contributors.
2. Changing consumer-facing project pages to be simpler and link to Redmine, while retaining functionality like downloads and reviews.
3. Creating Redmine projects for all existing OpenNTF projects over two years while retaining the current system in parallel, then transitioning fully to Redmine.
Hacktoberfest 2020 - Open source for beginnersDeepikaRana30
Hacktoberfest is a month-long celebration of open source software run by DigitalOcean in partnership with GitHub and Twilio. Participants must submit 5 quality pull requests to public GitHub repositories to earn a t-shirt. Open source software is important because it allows for collaboration and improves software quality through many perspectives. Creating a pull request involves forking a repository, cloning it locally, making changes on a new branch, committing changes, and creating a pull request on GitHub comparing the changes to the original repository.
August OpenNTF Webinar - Git and GitHub ExplainedHoward Greenberg
When OpenNTF began in 2001, source control was little known and sharing of code via the cloud was limited. Fast forward 20 years and GitHub is the dominant sharing site and git the standard technology for source control.
In this webinar Paul Withers and Jesse Gallagher will:
Demystify git
Explain Branching
Show what makes a high quality repository
How to take advantage of GitHub’s broad functionality
Get that coveted "Verified" badge
Go from source control zero to GitHub hero!
This document provides an overview of GitHub and its key terminologies for developers. It defines common GitHub terms like repository, branch, commit, fork, pull request, merge, cloning, staging, push and pull. It explains that GitHub is an online platform for developers to store and collaborate on code in repositories. Developers can work on features and fixes independently using branches, track changes through commits, make copies of others' projects via forking, and integrate code changes with pull requests and merging. The document also outlines how to create a repository, clone one locally, make a pull request, and collaborate on GitHub.
A contention carried Github into the spotlight in India as of late when a lot of young people abused the stage. We should bring a look into the imaginative universe of this immense open-source stage
This document provides an overview of using Git and GitHub for version control and collaboration. It begins with an agenda and explains why version control systems are useful, particularly for teams. It then defines Git and GitHub, describing how Git stores versions as commit objects in a repository and how GitHub hosts Git repositories. The document outlines basic Git commands like init, add, commit, status and push/pull. It provides guidance on setting up Git and GitHub accounts and using GitHub features like branches, commits, and forks for collaboration.
This document provides an overview of Git and GitHub for version control. It discusses why version control is useful, both for individuals and teams working on code. It then introduces Git and GitHub, covering basic Git commands, fundamentals of using GitHub, and how GitHub can be used for project implementation and collaboration. The document includes an agenda, explanations of key concepts, and links to GitHub documentation for setting up accounts and learning more commands.
This document describes a project to analyze GitHub data and develop visualizations and recommendations. The project will have two parts: 1) A visualization part that analyzes metrics like programming languages used, active users, geographic distribution of users, and popular repositories, and 2) A recommendation system that suggests potential contributors or repositories for a given user based on their activity history. The project aims to provide insights into active areas on GitHub and which languages are most widely used. It will also help increase collaboration by recommending potential collaborators and interesting repositories for users. The document outlines the project timeline and division of labor across gathering requirements, design, implementation, and developing the user interface.
GitHub is a web-based version control and collaboration platform used by over 31 million users. It allows users to store code in online repositories and collaborate on projects. The document provides instructions on setting up a GitHub account, installing Git, creating and committing to repositories, opening pull requests to contribute to others' projects, forking repositories to contribute back to open source projects, and cloning repositories to work on code locally.
This document discusses improving the feature development process for the open-source PyQtGraph library. It first provides background on PyQtGraph and open-source development practices. It then analyzes PyQtGraph's current process through case studies and identifies areas for improvement, such as needing a collaboration tool to better coordinate contributions. The document proposes extending the "Pirate Metrics" framework to better measure community interactions during feature development. The conclusions note this study could help developers, maintainers, and users better understand open-source processes.
This document provides an agenda for an orientation session on Git and GitHub that will cover:
1. What Git and GitHub are and how to install Git and create a GitHub account
2. Creating repositories, adding files, checking status, and pushing changes to GitHub
3. Additional GitHub programs like GitHub Student Developer Pack and Campus Experts
4. An activity like a quiz to reinforce the material
This document outlines the agenda and content for a Git and GitHub workshop presented jointly by GDSC Alliance University and GDSC UniKL. The agenda includes introductions, a speech on Git and GitHub, explanations of Git, GitHub account setup, using the Git CLI, creating repositories and cloning, making changes and committing/pushing code, branching, forking, pull requests, and a quiz. Breaks are scheduled throughout the 2 hour and 40 minute workshop.
This document summarizes phases of a .NET library management application project. It describes creating a Windows Forms UI (Phase 1), replacing the business logic with student-written code (Phase 2), replacing the UI with an ASP.NET web interface (Phase 3), exposing functionality via web services (Phase 4), and a final group project modifying a student survey system to allow custom surveys.
This document discusses continuous integration in GitHub. It describes GitHub as a social networking site for programmers used for code sharing, project management, issue tracking, and code review. It explains the pull request model where developers submit code changes as pull requests to be reviewed and merged into the main codebase. The document also discusses Travis CI, a continuous integration tool that can be integrated with GitHub to automatically run tests on code changes and pull requests.
Similar to Web-service GitHub and text editor LATEX as eective tools of revision and control of student works at universities (20)
Accurate and rapid big spatial data processing by scripting cartographic algo...Universität Salzburg
Accurate and rapid big spatial data processing by scripting cartographic algorithms: advanced seafloor mapping of the deep-sea trenches along the margins of the Pacific Ocean
Risks of Cryogenic Landslide Hazards and Their Impact on Ecosystems in Cold E...Universität Salzburg
Research focuses on monitoring landscapes downgrading in specific conditions of Arctic ecosystems with cold climate conditions (marshes, permafrost, high humidity and moisture). Specific case study: cryogenic landslides typical for cold environments with permafrost. Area: Yamal Peninsula. Aim: analysis of the environmental changes caused by cryogenic landslides in northern land- scapes affecting sensitive Arctic ecosystems. Thaw of the permafrost layer causes destruction of the ground soil layer and activates cryogenic landslide processes. After disaster, vegetation coverage needs a long time to recover, due to the sensitivity of the specific northern environment, and land cover types change. ILWIS GIS was used to process 2 satellite images Landsat TM taken at 1988 and 2011, to assess spatiotemporal changes in the land cover types. Research shown ILWIS GIS based spatial analysis for environmental mapping.
Bringing Geospatial Analysis to the Social Studies: an Assessment of the City...Universität Salzburg
Current poster presents an example of Landsat TM image processing using ENVI GIS. Research area: Taipei, Taiwan. Located on the north of the island, Taipei is Taiwan’s core urban, political and economic center; population >2.6 M continuing to expand affecting urban landscapes. Research aim: spatio- temporal analysis of urban dynamics in study area during 15 years (1990- 2005) Research objective: application of GIS methodology and remote sens- ing data to spatial analysis for a case study of Taipei. Data: Landsat TM images taken from the USGS. Software: ENVI GIS. Workflow includes following steps: 1) Preliminary processing 2) Creation color composites 3) Classification using K-means algorithm 4) Mapping using classification results 5) Accuracy assessment. The preliminary data processing includes image contrast stretching, which is useful as by default, ENVI displays images with a 2\% linear contrast stretch. For better contrast the histogram equalization contrast stretch was applied to the image in order to enhance the visual quality. The analysis of landscape changes was performed by geospatial analysis. 2 satellite images Landsat TM were processed and classified using ENVI GIS. Result of classification: areas occupied by different land cover types were calculated and analyzed. It has been detected that different parts of the city of Taipei were developing with different rate and intensity. 3 different residential types of the city were recognized and mapped. The results demonstrated following outcomes: 1) intensive urban development of the city of Taipei; 2) decline of green areas and natural spaces and, on the contrary, increase in anthropogenic urban spaces; 3) not parallel urban development in different districts of the city of Taipei during the 15-year period of 1990-2005.
Detection of Vegetation Coverage in Urban Agglomeration of Brussels by NDVI I...Universität Salzburg
Detection of vegetation coverage in urban agglomeration of Brussels by NDVI indicator using eCognition software and remote sensing measurements Lemenkova Polina Introduction The study area encompasses selected regions of the Brussels municipality, Belgium. In the past years the city of Brussels is experiencing intensification of the density of building structures. Unlike in some other European cities, where the most evident problem is urbanization and expansion of the city margins to the suburbia, the urban structure Brussels is the intensification of the buildings density in the city centre and the existing dwelling districts. Thus, the city structure tends to become more intense and dense, due to the process of filling the empty spaces in the urban patterns and high level housing. Another example of urban processes in Brussels is reorganisation of the industrial areas. At the same time, monitoring vegetation areas is essential for environmental sustainability of the capital city. The lack of the green spaces may cause ecological instability and increase atmospheric pollution. For studies of the specific problems of the Brussels city the remote sensing data (raster image) was used together with NDVI function, in order to detect areas covered by city parks. Acknowledgement: Current work has been supported by Bourse d'excellence, Service de Bourse d' ́ etude, Wallonie-Bruxelles International for research stay of Polina Lemenkova at l'Université libre de Bruxelles.
Investigation of the Lake Victoria Region (Africa: Tanzania, Kenya and Uganda)Universität Salzburg
This poster is a student assignment for a course 'GISA 02 GIS: Geographical Information Systems - Advanced Course 0701', a part of the MSc studies. It presents an ArcGIS based spatial analysis of the Victoria Lake region including environmental, biological, social and economic characteristics of the region. The methodology includes data organizing and management in ArcGIS 9.3. Operations and technique: ArcGIS Spatial Analyst. Project architecture: ArcCatalog. Spatial referencing and re-projection: ArcToolbox. Data include DEMs: elevations (USGS). 2 tiles of the USGS DEM, Land cover data (raster), Population data: UNEP, ArcGIS vector.shp files of administrative boundaries fof Uganda, Tanzania, Kenya. Data preprocessing include following data preparation. Initial vector data: UNEP .shp. Spatial reference properties: Africa Albers Equal Area Conic projection, standard parallels 20 and -23, central meridian 25 and Datum WGS-84, Projection GEOGRAPHIC, Spheroid CLARKE1866. Data conversion from ASCII text data format to raster using ArcToolbox / Conversion Tools / ASCII to Raster (Climate precipitation data). Data were projected, processed and several layer formatting and overlays were created. Mapping was created using ArcMap. Victoria Lake has unique environment, important role in the economy of countries supporting 25 M people through fish catchment reaching up to 90-270$ per capita per annum. Kenya, Tanzania and Uganda control 6%, 49% and 45% of the lake surface. Lake catchment provides livelihood of 1/3 of the population of 3 countries with agricultural economy supported by fishing and agriculture (tea and coffee plantations).
Interpretation of Landscape Values, Typology and Quality Using Methods of Spa...Universität Salzburg
The main result of this work consists in determined ecological significant areas of habitats that are under protection´s system of Natura 2000 Sites. The patches quantification of habitats is the partial result that influences process of determination of ecological significance. The interpretative process examines land cover patches by the set of landscape metrics for the area, size, density and shape (NP, PD, MPS, PSSD and MSI). The output values could express a spatial processes in the landscape, such as perforation, dissection, fragmentation, shrinkage or attrition. The final ecological significance of the study area-Sitno Natura 2000 site-is at degree 3, what means that the area is represented by moderately significant land cover patches-habitats. It indicates the same value as the one at the initial level. According to the value of the ecological significance, the study area has been diversified into three zones, where each one indicates specific level of conservation. The zones and the final degree of the ecological significance of habitats are retroactively compared to historical and cultural human development that started in this area as early as in 1st century BC. Theoretically, such a long period of intense human impacts on the local environment should completely destroy natural environment. Nevertheless, this area demonstrates rather good natural ecosystems conditions and well functioning ecological processes within the habitats. The human impact is now observed only in small range of size not more than 1,50% from total area of Sitno Natura 2000 Site. It can be explained, first, by low population density within the study area comparing to other EU areas, secondly, by accurate usage of the living area by the local population in general, and thirdly, by high resilience of the elements of landscapes towards any human impacts.
Mapping Land Cover Changes Using Landsat TM: a Case Study of Yamal Ecosystems...Universität Salzburg
This poster presents image processing by ILWIS GIS. It demonstrates changes in land cover types in tundra landscapes (Yamal) since 1988 to 2011. The research method is supervised classification (Minimal Distance) of the Landsat TM scenes. The new approach of the current work is application of ILWIS GIS and RS tools for Arctic, Bovanenkovo region. The poster demonstrates techniques of the remote sensing data processing by ILWIS GIS.
Economic assessment of landslide risk for the Waidhofen a.d. Ybbs region, Alp...Universität Salzburg
The research focuses on the monetary estimation of the possible losses caused by landslides. Estimation of the economic damages is performed using existing simplified methodologies. Calculations were based on real estate and market price of the elements at risk. While assessing potential damage of landslides confusion arises due to these factors. 1. First, the temporal probability of the landslides occurrence is highly difficult to assess: it can only be estimated based on the reliable and obtainable data. This includes historical data continuously reporting the occurrence of the landslides. 2. Secondly, difficulties arise by estimation of the indirect losses and partially damaged objects. The amount of the damages can be assessed based on elements vulnerability, which is very uncertain to estimate exactly. Thus, the vulnerability may differ depending on object location, individual characteristics and external factors. 3. The term “landslide” is not differentiated between debris flows and shallow or rotational landslides. This is an important source for uncertainty, as movement characteristics of these landslides are different. 4. Confusing over different method approaches in the risk assessment may generate various results: difference in magnitude and occurrence of landslides, risk perception and vulnerability assessment. The estimation of landslide risk should be based on complex investigations. The data about landslide probability should be gained from monitoring programmes. The elements at risk are defined based on spatial analysis and infrastructure inventory. The vulnerability estimation should include census data and social questionnaire. The real-life situations may vary depending on the exact price of the individual object.
Current poster presents a student assignment for the CHRIS/PROBA image processing by ENVI GIS. Study Area: Thorney Island, Chichester harbour (UK): unique wetland environment, a place for rare bird colonies. Quality of CHRIS images is affected by two types of noises: vertical noise (vertical stripes; can be corrected by comparing values of neighbouring pixels) and horizontal noise (easy to detect and correct using the horizontal profile of each file. Correction of noises can be made through DIELMO 3D Methodology. PROBA (Project for On-Board Autonomy) and CHRIS (Compact High Resolution Imaging Spectrometer) image was taken with characteristics: 18 bands, 07/10/2004, 17m ground resolution. To obtain a good-quality natural-coloured image of wetlands a need: nadir-taken colour CHRIS image with bands combination of corresponding spectral channels was selected and processed. Comparing images taken at +55° dgr (47A2_41) and nadir images (479F_41) right Images taken at the nadir are of good quality, while those at different angles have defects: Images taken at +36° dgr (47A0_41), left and nadir images (479F_41) right. Images taken at +36° and-36° (CHRIS 47A0_41 and CHRIS 47A1_41) both have inverted direction. Several bands were tried, processed and visualized. Spectral bands assessed and visually compared. This is a student poster as a part of MSc studies, University of Southampton.
Current poster presents a student assignment on Course: 'GEOG6038 Calibration and Validation of Earth Observation Data'. Study aim is image classification using ENVI GIS and remote sensing data aimed at national park area classification. Study area is Páramo National Park in Ecuador is known for its unique natural resources in high altitude grasslands. The ecosystems of Páramo consist mostly of rare species and are the key protected area for exceptionally high endemism. ENVI software enablesd to make an analysis of the area in 9 (nine) working steps and to produce a map based on 2 criteria: vegetation amount and altitude. Methodology includes following steps: 1) True-colour composite of the ETM+ image, bands 3,2,1; 2) Image contrast enhancement (Enhance-Gaussian); 3) SRTM-Data Upload to derive elevation model; 4) 3D surface visualization; 5) Calculating Greenness Index; 6) Creation Vegetation Layer ROI; 7) Creating Altitude Layer Zones by “Intersect Regions” for each pair of ROIs. Final altitude zones are: Lowland Vegetation (1-2500m), Subparamo Vegetation (2501-3500), Paramo Vegetation (3501-4100) and Superparamo Vegetation (4101 – 5000). These zones are shown on the map in different colors (yellow, beige, two greens) ; 8) Mapping and Design; 9) 3D-Mapping and DEM. The research was done as part of MSc studies at the University of Southampton, UK, autumn 2009.
Seagrass mapping and monitoring along the coast of Crete, GreeceUniversität Salzburg
This document summarizes a presentation on mapping seagrass along the coast of Crete, Greece using remote sensing techniques. The study focused on Posidonia oceanica, an endemic seagrass species in the Mediterranean. The goals were to analyze the optical properties of P. oceanica and other seabed cover types using modeling software, and to map the distribution of P. oceanica in northern Crete using in situ data, aerial images, and image classification. Specific objectives included studying the spectral reflectance of different cover types, collecting underwater imagery of P. oceanica meadows, applying remote sensing data for monitoring distribution, and classifying images to map P. oceanica. Key research questions asked about the spectral distinguish
Why Should We Stand for Geothermal Energy ? Example of the Negative Impacts o...Universität Salzburg
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Using K-means algorithm classifier for urban landscapes classification in Tai...Universität Salzburg
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Mapping Agricultural Lands by Means of GIS for Monitoring Use of Natural Reso...Universität Salzburg
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Seagrass Mapping and Monitoring Along the Coasts of Crete, GreeceUniversität Salzburg
This research proposal introduces MSc thesis research. Study object is seagrass Posidonia oceanic (P. oceanica) along the coast of Crete, Greece. The most important facts about seagrass: endemic Mediterranean seagrass, P. oceanica is a main species in marine coastal environment of Greece. P. oceanica is the largest, the most widespread, homogeneous, dense “mattes” forming meadows between 5-40 m in Mediterranean Sea. Seagrass is a component of coastal ecosystems of high importance for the marine life, playing important functions in the marine environment. Seagrasses are subjects to external factors and therefore have environmental vulnerability. The study area is located in General research area: Island of Crete, Greece. Seagrass sampling will be performed at three stations at a depth of 6-7 m: Heraklio, Agia Pelagia, Xerokampos, Crete Island, Greece. The general research objectives of the MSc research includes GIS and environmental analysis: 1) Mapping the extent of the spatial distribution of seagrass P. oceanica along the northern coast of Crete; 2) Monitoring environmental changes in seagrass meadows in the selected fieldwork sites (Agia Pelagia, Xerokampos) over the 10-year period (2000-2010). There are various multi-sources data proposed for using in spatial analysis. data of the previous measurements received during the last year fieldwork, to analyze whether P.oceanica is spectrally distinct from other sea floor types, using the differences in the spectral signatures on the graphs in a WASI, the Water Color Simulator software. Other data include satellite images from the open sources (Landsat TM), aerial images, Google Earth; underwater videographic measurements of 3 cameras Olympus ST 8000 made during the ship route (ca 20 total in the selected areas of the research places) resulting in series of consequent images, completely covering the area under the boat path; in-situ measurements of the seagrass in selected spots, using measurement frame and other devices for marine biological research for the validation of the results. Arc GIS vector layers of Crete island and surroundings (.shp files). Hypothesis testis is formulated for the proposed research, questions defined, methods prepared and planned. The research work is expected to have following results : Over the northern coasts of Crete: thematic maps showing seafloor types and seagrass P.oceanica spatial distribution along the coasts of Crete. Within the fieldwork locations, Ligaria beach: monitoring the environmental changes, based on the classification of the satellite and aerial imagery and fieldwork video camera footage. Within the fieldwork locations : maps of the sea floor cover types, based on the fieldwork measurements and UVM. Results of the WASI spectral analysis illustrating graphs of the spectral reflectance of different sea floor types (sand, P.oceanica, rocky, etc) at various depths (0.5-4 m), based on the results of 20.Precise, correct and up-to-date information about th
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Web-service GitHub and text editor LATEX as eective tools of revision and control of student works at universities
1. Web-service GitHub and text editor LATEX as effective tools
of revision and control of student works at universities
Presented at the 3rd
Conference
’Educational Activities in the Mode of Innovation: Concepts, Approaches, Technologies’.
Dagestan State Pedagogical University. Derbent, Russia
Polina Lemenkova
April 15, 2015
2. 1/30
Table of Contents
Outline
1 Introduction
• GitHub. What Does is Mean?
• GitHub: Shared Creativity
• GitHub: Creative Sharing
2 Advantages of Web-Service GitHub
• LATEX: Advantages over Traditional Text Editors
3 How to Create Personal Repository ?
• Step 1: Key Generation
• Step 2: User Registration
• Step 3: Generating Project
• Step 4: Maintaining Project Push and Update
4 Typesetting Thesis in LATEX
5 Why Using GitHub ?
• Functionality of GitHub
• Advantages of GitHub in Academia
• System of Control and Revision
• Maintained Privacy
• Online Feature of GitHub: Data-Sharing
6 A Case Study of Using GitHub
• Project Interface in the Github Environment
• Example of Research Progress
• Adding New Data to the Project
• Access to the Project
7 Popularization
8 Conclusion
9 Discussion
10 R´esum´e
11 Literature
12 Thanks
13 Bibliography
Polina Lemenkova
3. 2/30
Introduction - GitHub. What Does is Mean?
Some Facts
Octocat (Octopus + Cat) is a symbol of
GitHub. It symbolizes sharing a project.
GitHub is available for free which is
useful for students and researchers
Slogan of GitHub: ’Social Coding’, i.e.
’let’s code it together’.
It refers to the programming, but in this
presentation I show using GitHub for
MSc thesis
GitHub - a web-service for hosting (i.e.
serving and maintenance) of IT-projects
online, as well as their development by
multiple authors (incl. graduate projects
development).
GitHub is initially aimed at version
control system Git (used in
programming)
GitHub is written in the programming
language ”Erlang” and ”Ruby”, a
framework Ruby on Rails
GitHub was created by GitHub, Inc,
USA. The first private repository was
established in 2008.
Polina Lemenkova
4. 3/30
Introduction - GitHub: Shared Creativity
GitHub: Shared Creativity
GitHub allows viewing and editing texts: make edits, change current versions in collective
access; work together on the current version of the project; add new colleagues for collective
work (convenient, for example, when a group of students write a common fieldwork report).
GitHub maintains colored syntax highlighting: added parts of code/text are colored green,
deleted parts of code/text – red. Example: below (fragment of my MSc thesis code).
Polina Lemenkova
5. 4/30
Introduction - GitHub: Creative Sharing
GitHub: Creative Sharing
Github allows adding various data types:
code, graphics, etc.
Github allows control latest changes,
discuss and discuss work with students,
post any comments directly into the
text, add online comments
Github allows registered users to add
current version changes to the repository
of the current project.
Github keeps all update versions in the
current projects online
Github gives the opportunity for data
sharing
Github enables coworking
Polina Lemenkova
6. 5/30
Advantages of Web-Service GitHub
Advantages of Web-Service GitHub
Online repositories
Possibilities for co-authorship
Creating PhD/MSc/BSc theses
Presenting research works
Writing and updating articles
Archive of scientific works
Sharing with colleagues
Notification of current updates
Polina Lemenkova
7. 6/30
Advantages of Web-Service GitHub - LATEX : Advantages over Traditional Text Editors
LATEX : Advantages over Traditional Text Editors
There are a number of drawbacks when using traditional programs for writing theses (e.g.,
MS Word). These difficulties are essential when writing a thesis:
Continuous numbering of the test and illustrations breaks when changing or adding
new ones in the middle of the text (which must be corrected manually)
In case of MS Word, student has to double-check all references to literary sources
again, which complicates the work and leads to mechanical difficulties and lengthy
monotonous corrections.
LATEX has a built-in flexible system of bibliographic cross-referencing in the list of
references, which enables making automatic linking to the bib sources, as well as
updating links.
LATEX has a built-in BibTeX package that enables compiling bibliography in active mode
and leaves hyper refs a d live links toreferences, i.e. Instantly editable if necessary.
Polina Lemenkova
8. 7/30
How to Create Personal Repository ? - Step 1: Key Generation
Step 1: Key Generation
Polina Lemenkova
9. 8/30
How to Create Personal Repository ? - Step 2: User Registration
Step 2: User Registration
git config - global user.email
’youexample.com’ git config - global
user.name ’Your Name’ set up user’s account
default identity
Polina Lemenkova
10. 9/30
How to Create Personal Repository ? - Step 3: Generating Project
Step 3: Generating Project
Key Commands and Tools: ’git init’ - initiation project from scratch. ’git
add files’ - selecting all files for the project.
(texts, tables, graphs, maps, figures).
Polina Lemenkova
11. 10/30
How to Create Personal Repository ? - Step 4: Maintaining Project Push and Update
Project Push and Update
git commit -a -m ’name of update’
e.g.: git commit -a -m ’added tables No
14, 15, 17’
’git diff’ - a key command of GitHub,
’git diff’ - detects and recognizes all
updates in the text
’git diff’ highlights them green/red,
respectively
Polina Lemenkova
12. 11/30
Typesetting Thesis in LATEX
Typesetting Thesis in LATEX
Example of structuring text in a thesis with the help of mark up language used to highlight
text when writing codes with a high level of nesting, allows you to quickly navigate the
work: paragraphs, highlighting text, indentation, multi-level markings, making tabs,
hierarchical structuring (chapters, sections, sub-sections, paragraphs), multi-level indents
from the red line. This allows to quickly read and navigate within the text.
Polina Lemenkova
13. 12/30
Why Using GitHub ? - Functionality of GitHub
Syntax Coloring
Important feature of Github: built-in
color management for updated code
All recent updates are syntactically
highlighted green in the command line
Added text, lines and whole fragments
and paragraphs of paragraphs are
colored green
On the contrary, selected sections of text
deleted from the last session are colored
red.
Polina Lemenkova
14. 13/30
Why Using GitHub ? - Advantages of GitHub in Academia
Advantages of GitHub in Academia
Time Monitoring
Using GitHub facilitates monitoring research progress and to assess the work done recently,
to timely response to the comments and corrections of colleagues.
Retrospective Editing
Retrospective and comparative editing of texts in the Github environment allows to return
to the old, previous version of the work, saved a while ago, to cancel updates.
Polina Lemenkova
15. 14/30
Why Using GitHub ? - System of Control and Revision
System of Control and Revision
All versions and changes of the thesis are recorded and available in the system. Thus, using
GitHub revision control system and text code management, the project was regularly
updated. Hence, supervisors can regularly monitor the project.
Polina Lemenkova
16. 15/30
Why Using GitHub ? - Maintained Privacy
Unpublished Works
Both public and private repositories are maintained: the colleague/co-author/supervisors
may receive private links to the current version of research and have access to the work.
Polina Lemenkova
17. 16/30
Why Using GitHub ? - Online Feature of GitHub: Data-Sharing
Online Feature of GitHub: Data-Sharing
Github’s use of the standard command line
interface in programming
Adding current version changes to the
repository of the current project.
Supports both a public repository and a
closed one in limited access (private).
Keeping closed unpublished works, with
restricted access to coworkers.
Successfully defended dissertations,
master’s projects and theses can be
posted in open access.
Access is configured for both the general
public and the university archive.
Data can be stored there for an
unlimited time.
Polina Lemenkova
18. 17/30
A Case Study of Using GitHub
A Case Study of Using GitHub
A case study of using GitHub: my MSc thesis.
MSc Thesis “Seagrass Mapping and
Monitoring Along the Coasts of Crete,
Greece”, defended in Netherlands, University
of Twente, Faculty of GIS and Earth
Observation, 2011.
Written using text editor LATEX using GitHub
Original source: on my GitHub webpage.
Polina Lemenkova
19. 18/30
A Case Study of Using GitHub - Project Interface in the Github Environment
Project Interface in the Github Environment
Opportunities
GitHub: excellent opportunities in academia for supervisors, students, lecturers, researchers.
Monitoring
The use of LATEX and Github provided timely access for the project’s supervisors to monitor
research progress
Examples
Updating Unlike traditional MS Word, combination of LATEX and Github allowed supervisors
to check current progress on-line as updates, comments and corrections made.
Polina Lemenkova
20. 19/30
A Case Study of Using GitHub - Example of Research Progress
Example of Research Progress
New text is highlighted in green, deleted
paragraphs are highlighted in red.
Current research progress can be easily
monitored and specific project updates
highlighted and commented
Polina Lemenkova
21. 20/30
A Case Study of Using GitHub - Adding New Data to the Project
Adding New Data to the Project
Polina Lemenkova
22. 21/30
A Case Study of Using GitHub - Access to the Project
Access to the Project
Polina Lemenkova
23. 22/30
Popularization
Actuality of Using GitHub
Audience
Despite obvious advantages and prospects of the GitHub service, the majority of its users
are programmers and IT specialists. Using GitHub in academia is still limited.
Popularization in Academia
There is an need to popularize and demonstrate the GitHub service and environment in the
student and academic environment: in research centers, universities, institutes.
Examples
Geologists: Getting acquainted with GitHub would be of especial advantage for faculties of
natural and Earth sciences, since they often have common fieldwork data and projects.
Polina Lemenkova
24. 23/30
Conclusion
Conclusion
Current problem with GitHub and LATEX is their non-popularity in academia caused by
following reasons.
Student Works
Some students are not informed about the LATEX or GitHub and do not know how to use
them. The functionality of these tools, multifunctional environments should be popularized.
Difficulty of Learning Curve
GitHub and LATEX are sometimes regard ed as difficult programs. The basics of using LATEX
and GitHub should be initially studied for some time, but it is rewarding. Further advantages
of using TEX and GitHub are obvious and worth the efforts and time to master them.
Examples
Advantages: Joint combination of using LATEX and GitHub facilitates writing, typesetting
and managing versions upgrades while working on a project.
Polina Lemenkova
25. 24/30
Discussion
Discussion
Opportunities
Traditional for IT industry and programmers, GitHub offers great opportunities for effective
collaboration such as ’student-supervisor’ or ’group of students’ or ’group of colleagues’.
Unlike traditional programs, the use of innovative technologies of text editors, such as LATEX
and data archiving such as GitHub allows supervisor to monitor student’s research progress.
Advantages
A great advantage of GitHub consists in its color syntax and maintaining history of updates
versions. The presentation demonstrated conceptual principles of the Github and LATEX.
Possibilities
The possibilities for collaborative data sharing, research progress updating and creative
works are illustrated. Current work is a technical illustration of using IT in education.
Polina Lemenkova
26. 25/30
R´esum´e
R´esum´e
R´esum´e
This work aimed to give an example of the effective use of the GitHub web service
specifically in an academic environment. The case study was given to a MSc thesis that was
written completely using LATEX and GitHub. The presentation illustrated how specifically one
can apply new technologies and innovative approaches in the educational environment.
Highlights
Technical issues of running project, creating repositories, making updates, adding new files
to the system are demonstrated with a series of screenshot illustrations of the process.
Important conceptual features and advantages of using Github and LATEX in the academic
environment are listed and discussed.
Polina Lemenkova
29. 28/30
Bibliography
Bibliography I
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