NEWSGAC platform
Software for running the online platform of the NEWSGAC project for running explainable machine learning models on textual data
Advancing media history by transparent automatic genre classification
This project studies how genres in newspapers and television news can be detected automatically using machine learning in a transparent manner. This will enable us to capture the often hypothesized but, due to the highly time consuming nature of manual content analysis, largely understudied shift from opinion-based to fact-centred reporting. Moreover, we will open the black box of machine learning by comparing, predicting and visualizing the effects of applying various algorithms on heterogeneous data with varying quality and genre features that shift over time. This will enable scholars to do large-scale analyses of historic texts and other media types as well as critically evaluate the methodological effects of various machine learning approaches.
This project brings together expertise of journalism history scholars (RUG), specialists in data modelling, integration and analysis (CWI), digital collection experts (KB & NISV) and e-science engineers (eScience Center). It will first use a big manually annotated dataset (VIDI-project PI) to develop a transparent and reproducible approach to train an automatic classifier. Building upon this, the project will generate three outcomes:
Transparent pipelines for assessing online information quality
An alternative approach for intelligent systems to understand human speech
An interactive web-based platform to investigate the dynamics of global corporate networks
A framework for deep semantic analysis of mobile news consumption traces
Text-induced corpus correction and lexical assessment tool
Gaining insights in the use of Twitter by politicians and journalists
Recording history in large news streams
Pillarization and depillarization tested in digitized media historical sources
Searching public discourse
Software for running the online platform of the NEWSGAC project for running explainable machine learning models on textual data