Introduction by OpenMethods Editor: Sustainability questions such as how to maintain digital project outputs after the funding period, or how to keep aging code and infrastructure that are important for our research up-to-date are among the major challenges DH projects are facing today. This post gives us a sneak peek into the solutions and working practices from the Center for Digital Humanities at Princeton. In their approach to build capacity for sustaining DH projects and preserve access to data and software, they view projects as collaborative and process-based scholarship. Therefore, their focus is on implementing project management workflows and documentation tools that can be flexibly applied to projects of different scopes and sizes and also allow for further refinement in due case. By sharing these resources together with their real-life use cases in DH projects, their aim is to benefit other scholarly communities and sustain a broader conversation about these tricky issues.
Introduction: Digital humanists looking for tools in order to visualize and analyze texts can rely on ‘Voyant Tools’ (https://voyant-tools.org), a software package created by S.Sinclair and G.Rockwell. Online resources are available in order to learn how to use Voyant. In this post, we highlight two of them: “Using Voyant-Tools to Formulate Research Questions for Textual Data” by Filipa Calado (GC Digital Fellows and the tutorial “Investigating texts with Voyant” by Miriam Posner.
Introduction: The Research Software Directory of the Netherlands eScience Institute provides easy access to software, source code and its documentation. More importantly, it makes it easy to cite software, which is highly advisable when using software to derive research results. The Research Software Directory positions itself as a platform that eases scientific referencing and reproducibility of software based research—good peer praxis that is still underdeveloped in the humanities.
Introduction: The rperseus package provides classicists and other people interested in ancient philology and exegesis with corpora of texts from the ancient world (based on the Perseus Digital Library), combined with a toolkit designed to compare passages and selected words with parallels where the same expressions or words occur.
Introduction: This article describes the possibilities offered by the ggplot2 package for network visualization. This R package enables the user to use a wide variety of graphic styles, and to include supplementary information regarding vertices and edges.
Introduction: This report (available in English, French, German, Polish and Spanish) summarizes the findings of a web-based survey conducted in 2014/2015 by the Digital Methods and Practices Observatory (DiMPO), a DARIAH working group
Introduction: The article discusses how letters are being used across the disciplines, identifying similarities and differences in transcription, digitisation and annotation practices. It is based on a workshop held after the end of the project Digitising experiences of migration: the development of interconnected letters collections (DEM). The aims were to examine issues and challenges surrounding digitisation, build capacity relating to correspondence mark-up, and initiate the process of interconnecting resources to encourage cross-disciplinary research. Subsequent to the DEM project, TEI templates were developed for capturing information within and about migrant correspondence, and visualisation tools were trialled with metadata from a sample of letter collections. Additionally, as a demonstration of how the project’s outputs could be repurposed and expanded, the correspondence metadata that was collected for DEM was added to a more general correspondence project, Visual Correspondence.
Introduction: This paper describes a project of applying LOD on the traditional catalog metadata.
Introduction: This post outlines the benefits of using a statistical software such as R for data analysis and visualization in DH, through the study of a correspondence network.
Introduction: This post proposes the program and the video of a seminar on a software for 3D geographical data capture and visualization.