ORBIS: The Stanford Geospatial Network Model of the Roman World (from now on: Orbis) is an interactive scholarly web application that provides a simulation model of travel and transport cost in the Roman Empire around 200 CE. Walter Scheidel and his team at Stanford University designed and launched the site in 2011–12, and the project saw a significant upgrade in 2014 (the old version is still available). The project is currently concluded.
ToposText is a set of tools that projects the geographic elements of ancient texts onto a mapping of the ancient world. Users can follow a classical reference from place-to-text, or from text-to-place. Zooming in on Thebes and clicking on “Cadmeia,” for example, takes us to 63 text entries, such as the Bios Ellados of Heracleides Criticus; clicking on Bios Ellados takes us to 36 map locations through 78 text references. The text is displayed in public-domain English translation (default) with a link to the original ancient Greek (in this case, at Bibliotheca Augustana). The places are located through a Google Map interface.
Classics is a field immersed in the digital age. This isn’t news for anyone who teaches undergraduate language courses and has seen their students pull out their smartphones to access any number of dictionary apps that can find the first principle part of the verb εὕρηκα faster than you can find the epsilon-section in your Middle Liddell. But the field of Classics has done more than simply provide quick and easy applications to digital databases.
Can a computer understand the hendecasyllables of Catullus, the declamations of Seneca, or the letters of Pliny? Not yet, and maybe never in any conventional sense of this word. No one has succeeded so far in teaching a computer to comprehend language – that is, to reason about, generate, act upon and, importantly, communicate intentions through symbolic speech – let alone to appreciate texts written in a dead language with a sophisticated literary tradition. (Embodied cognitive science claims, in fact, that without a human body no computer can ever hope to achieve human understanding). But it is possible to represent the meanings of the Latin language in a way that can be manipulated and analysed by computers. The idea of training machines in these meanings forms the basis for the field of natural language understanding, which is a specialized kind of natural language processing (NLP) focused on modelling linguistic semantics.
By Urmila Mohan and Courtney O’Dell-Chaib
Gone are the days when scholars of Ancient Greek and Latin literature relied solely on a prodigious memory and a printed library of classical texts, commentaries, and reference works. Digitized texts and new tools for textual analysis supplement traditional approaches. These methods do not require a physical library, and they promise to save time and to produce new insights.
The Tesserae Project seeks to take advantage of digital corpora to enable the user to find connections between texts. Its web interface allows users to search two texts or corpora from Greek and Latin literature for occurrences of two or more shared words within a line or phrase.
How can we forge better and lasting connections between the ancient Mediterranean and modern Chinese culture? At the end of the last school year, I had the occasion to sit down with my student, Hongshen Ken Lin (林鸿燊) to talk about his experiences in Classics. Ken was at the end of his senior year and had been accepted early to Harvard, where he planned to combine his love of Big Data and digital humanities with something equally remote and challenging: the study of Roman and Greek Antiquity.
Emma-Jayne Graham discusses her newly launched digital project with Jessica Hughes called The Votives Project, which examines ancient religion, medicine, and the divine through the lens of votive offerings in ancient sanctuaries and beyond.
“There must be lots of people working on material like this – wouldn’t it be great to be able to talk to them too?” This was the gist of a conversation with my colleague Jessica Hughes which eventually led to the creation of The Votives Project: a website and network of people from different backgrounds who study, create, or use votive offerings or other related ways of communicating with the divine.
The Scaife Viewer of the Perseus Project pursues a simple goal: to provide a clear and enjoyable reading experience of the Greek and Latin texts and translations of the Perseus Digital Library. It is the first installment of Perseus 5.0 and eventually will replace Perseus’ current interface, Perseus Hopper, as the primary means for accessing the texts and translations of the Perseus library. In its goal to simplify access to Perseus’ repository of texts, the Scaife Viewer is a success. Its layout is uncluttered, its texts legible, its design refreshing. As a result, the Scaife Viewer is a welcome re-imagining of how users read Perseus texts.
As one of the cornerstones upon which Classical scholarship has been built, much has already been said about Marcus Tullius Cicero. He has a sizable extant corpus that contains different genres, which in turn vary in style and topic. Furthermore, Cicero was a prominent political figure when the Roman Republic was falling and the Caesars were rising. Because of the nature of his corpus and the man himself, Cicero is an attractive topic of research not only for the traditional scholar but for a digital humanist as well. His large and varied corpus is promising for distant reading techniques, which allow us to examine and explore all of his works, thereby all of Cicero, easily and quickly. Through those digital techniques, we can gain a more complete view of who this ancient Roman man was.