All Cambridge Digital Humanities courses

In this workshop, you will learn about the various features of the exhibit.so platform, led by Ed Silverton, from Mnemoscene and introduced by Andy Corrigan from Cambridge Digital Library.

Cambridge Digital Humanities (CDH) is working with Mnemoscene to develop a local instance of the Exhibit tool that will be available to University of Cambridge users.

Exhibit is a tool for visual storytelling developed by Mnemoscene supported by the Esmée Fairbairn Collections Fund. It is an easy-to-use tool for creating captivating interactive stories and quizzes with Cultural Heritage content, also now publicly available at https://www.exhibit.so/. Built using the Universal Viewer it enables users to load images or 3D objects from any IIIF-supporting online catalogue to tell stories within and across collections.

No prior knowledge of IIIF or Exhibit required!

Outcomes

At the end of the workshop attendees will be able to:

• Identify the key features of Exhibit
• Identify how to source existing IIIF manifests or add new ones to Exhibit
• Create stories, quizzes, and kiosks in Exhibit
• Embed your Exhibit on your website

Cambridge Digital Humanities is working with MorphoSource to offer an introduction to its platform. In this workshop you will be introduced to the MorphoSource platform, which is a repository for researchers, curators, and everybody to find, view, download, and upload 3D scans and data of natural history, scientific specimens, and cultural objects.

Contributions come from museums, researchers, scholars and specialists to share findings, increase impact, and improve access to material for scientific discovery, sharing, and the advancement of human knowledge.

The workshop will cover:

• Highlight the main features
• Focus on usage most relevant to the cultural heritage sector
• Using the site - searching, exploring, referencing
• Contributing data
• Embedding content

The workshop has a GLAM focus and is more about safely storing & providing access to complex visual data content rather than story-telling, although still has aspects of engagement, but might also be of interest to STEM areas working with 3D/complex visual data or in the area of scholarly communications/data repositories.

This session will introduce basic methods for reading and processing text files in Python. We will walk through an example that reads in a large text corpus, splits it into tokens (words) and sentences, removes unwanted words (stopwords), counts the words (frequency analysis), and visualises results. We will talk about the 5 steps of text mining and what resources to use when learning text mining for your research in your own time. No prior knowledge of Python is required, and no installations will be needed. We will use web services available in your browser to follow along.

This session will introduce topic modelling. Topic modelling is looking for clusters of words that summarise the meaning of documents. We will talk about how to choose what sort of text mining you might want for your research. Some knowledge of Python is required, as gained from 'Introduction to Text-Mining with Python 1', or equivalent. No installations will be needed; we will use web services available in your browser to follow along with the examples.

This online session will introduce basic methods for reading and processing text files in Python with Jupyter Notebooks. We'll discuss why you might wish to do text-mining, and whether coding with Python is the right choice for you. We'll run through the 5 steps of text-mining, and start to walk through an example that reads in a text corpus, splits it into words and sentences (tokens), removes unwanted words (stopwords), counts the tokens (frequency analysis), and visualises results.

This initial session is one hour long and will be delivered remotely by video conferencing. During the session we will cover the essentials of working with the Jupyter Notebooks provided so that you can carry on working through the materials in your own time. The first session will be followed by a second, optional Q&A session for troubleshooting issues and recapping essentials.

Required preparation: A short internet-based exercise in working with variables and text in Python will be sent out one week prior to the session. You will also get instructions on how to find the materials we will be using and how to log onto the video conferencing platform. Please make sure you have some time to prepare properly so that we can concentrate on teaching during the remote session.

This session introduces the command line, sometimes also known as the shell or the terminal, to humanities researchers. No prior knowledge of the command line or programming of any kind is required or expected from attendees.

A basic understanding of how to use the command line provides a step change in how productive you can be when working with data or text files, particularly large number of files or very large files, which can be hard to manipulate in a graphical interface. Some tools and programs can only be used from the command line, and this session aims to give you the confidence to work with them. In the session we primarily look at seven George Eliot novels and a comparative set of seven Dickens novels (about 3.4 million words in total) but this session should be of use to any humanities researchers working with text collections and the principles have far broader applicability.

We'll focus on running programs which come pre-installed on Mac and Linux, and which can be easily added to Windows. We'll combine these programs in productive ways, discuss how to discover and use the options for each, how to send results to files, and how to work efficiently on the command line so you don't have to retype or remember everything you've done.

We are currently reformatting our Learning programme for remote teaching; this will require some rescheduling so bookings will reopen and new sessions will be created for online courses as soon as possible. In the interim we would encourage you to register your interest so as to be notified of the new schedule. Please be aware that we hope to run many of our courses online, but that this is dependent on staff availability and resources so please be aware we may have to postpone or cancel some sessions

This public workshop will mark the end of the 2020 programme of Machine Reading the Archive, a digital methods development programme organised by Cambridge Digital Humanities with the support of the Researcher Development Fund.

It will showcase the digital archive projects created by our cohort of project participants as well as invited contributions from leading experts in the field.

This intensive workshop is split into two online chats and two 1-hour sessions. Participants will first learn to collect and process geospatial data from historical sources and process it using geographical information systems from Google Earth to QGIS.

The first online session introduces research techniques for collecting, arranging and mapping geospatial data from historical sources, and is taught by Dr Oliver Dunn. His session is split into two parts: Part A will introduce both online sessions by showing some of our own research that makes use of Google Earth, 3D Maps in Excel, and historical GIS. In Part B you will be asked to locate a set of Scotland’s historical lighthouses on historical maps online and map their location and other attributes in Google earth and 3D Maps.

The second online session introduces students to mapping humanities data using Q-GIS which is a free GIS (Geographical Information System) software platform. Course participants will need to download and install QGIS on their laptops before 5th of June. On the 1st of June there will be further details concerning downloading QGIS, a chat forum where we can discuss why you might wish to use GIS, and whether GIS is the right choice for you, and a release of course teaching materials. On 5 June you will be taken through the map creation process step-by-step. This session will be taught by Max Satchell.

Do you need a database for your data? Or could you store the data in standalone files? Which database paradigm should you consider? What are the consequences of these choices on your work routine? How to navigate all of this with minimal or no programming experience?

These and more are the questions we will address in the course. We aim to provide a gentle introduction to databases and database paradigms, with examples that help explain the differences between the most common database packages and guide researchers to design suitable solutions for their data problems.

These workshops will offer participants the ability to re-think the graphic design of a musical score and will work with a novel set of principles to modify the spacing, layout, and position of its notes and signs for intelligibility purposes and/or artistic purposes.

In previous experimental research, Arild has found that musical scores with modified engraving, spacing, and layout rules can —at least in certain practices and for certain repertoires— elicit more fluent and precise readings than conventional scores. The abstraction of informational units and of discourse structure from a score seems to be enhanced by his approach of separating and redistributing notation symbols and other visual materials using a digital (quantifiable, taxonomic) hierarchy of divisions comparable to what is nowadays conventionally applied in (Western) language texts. This seems to be facilitating the decoding and apprehension of information, affecting the conversion of notation into performance; it is also being investigated at present in terms of academic and artistic impact.

Participants will be able to use the flexibility and manageability of digital production to introduce a radically new conception of the visual structuring of a musical score: Arild proposes to go beyond the mere reproduction of analogical models with digital tools; for that, participants will be experimenting with novel flexible spacing, layout and visual structuring cues that could be enhancing, in music reading, the integrative and abstractive processes that fluent readers already use in language (we do not read sequentially letter by letter; good readers group, prioritise and predict the symbols presented to them). This approach is intrinsically digital, as it is based on being able to use the symbols of a score in a modular, movable, and experimental manner —and in this context 'experimental' would naturally include heuristic or intuitive manipulations by the score users. Arild's view is that a novel conception of music notation should include the possibility of re-organising the materials, allowing the user at either end (creator or reader) to group, separate, highlight and grade visually the symbols present in a score.