Collaboration with the Humanist Computer Interaction Project

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LAB1100 has established a collaboration with the project "Humanist Computer Interaction under Scrutiny" that runs from 2017 until 2020 at the Johannes Gutenberg-University Mainz (JGU), the Mainz University of Applied Sciences (Hochschule Mainz), and the Darmstadt University of Technology (Technische Universität Darmstadt).

The project aims to analyse how various digital methods affect scholarly workflows. By doing this, the project will be able to assess which factors encourage or deter scholars from using digital methods and tools in their everyday work. The project will gather data on these questions by using live observations, expert interviews, eye tracking, (retrospective) think-alouds and cognitive walkthroughs. Data will be gathered during workshops organised at various locations in Europe.

The web-based research environment nodegoat, developed by LAB1100, is one of the tools that is used at these workshops.

More information about the project can be found on the project website.

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Latest Blog Posts

Data and Dialogue: Retrieval-Augmented Generation in nodegoat

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We have extended nodegoat in order to be able to communicate with large language models (LLMs). Conceptually this allows users of nodegoat to prompt their structured data. Technically this means nodegoat users are able to create vector embeddings for their objects and use these embeddings to perform retrieval-augmented generation (RAG) processes in nodegoat.

This development connects three of nodegoat’s main functionalities into a dynamic workflow:  Linked Data Resources, the new vector store (nodegoat documentation: Object Descriptions, see ‘vector’), and Filtering. The steps to take are as follows:

Vector Embedding

The first step is to use one or multiple Reversed Collection templates to determine the textual content for each Object. This step transforms any dataset stored as structured data into a textual representation that can be used as input value for the generation of a vector embedding. This allows the user to select only those elements that are relevant for the process.

A Reversed Collection using a template (left) to collect structured data into full text (right).

Next, the textual representation of each Object is sent to an LLM in order to create an embedding for each Object. The communication between nodegoat and an LLM is achieved by making use of Linked Data Resources and Ingestion Processes.[....]

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Upcoming nodegoat workshops

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In the next couple of months we will be running these events at various locations throughout Europe. Find the latest information about this here: https://nodegoat.net/workshop

  • 05-02-2026: nodegoat Workshop at the University of Basel organised by the Research and Infrastructure Support team and the Swiss National Data and Service Center for the Humanities.
  • 19-02-2026: nodegoat Workshop at the University of Jena.
  • 25-03-2026: Workshop: Einführung in nodegoat at the University of Bonn.
  • 16-04-2026: nodegoat Workshop at the Research Centre of the Slovenian Academy of Sciences and Arts in Ljubljana.
  • 24-04-2026: nodegoat Workshop at KU Leuven, organised by CLARIAH-VL.
  • 10-07-2026: nodegoat Curious: Building a Custom Relational Database for Your Research at the Digital Medieval Studies Institute, IMC Leeds.
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