1. NERVIS : An Interactive System for Graph-Based Exploration and Editing of Named EntitiesUroš Šmajdek, Ciril Bohak, 2025, independent scientific component part or a chapter in a monograph Abstract: We present an interactive visualization system for exploring named entities and their relationships across document collections. The system is designed around a graph-based representation that integrates three types of nodes: documents, entity mentions, and entities. Connections capture two key relationship types: (i) identical entities across contexts, and (ii) co-locations of mentions within documents. Multiple coordinated views enable users to examine entity occurrences, discover clusters of related mentions, and explore higher-level entity group relationships. To support flexible and iterative exploration, the interface offers fuzzy views with approximate connections, as well as tools for interactively editing the graph by adding or removing links, entities, and mentions, as well as editing entity terms. Additional interaction features include filtering, mini-map navigation, and export options to JSON or image formats for downstream analysis and reporting. This approach contributes to human-centered exploration of entity-rich text data by combining graph visualization, interactive refinement, and adaptable perspectives on relationships.
Keywords: Named Entity Visualization, Graph Exploration, Interactive Visualization
Published in RUP: 30.01.2026; Views: 507; Downloads: 1
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2. Implementation of the Science on a Sphere Visualization System as a Web ApplicationJurij Anžič, Ciril Bohak, 2025, independent scientific component part or a chapter in a monograph Abstract: SOS is a visualization system originally developed by the U.S. National Oceanic and Atmospheric Administration National Oceanic and Atmospheric Administration (NOAA) to project dynamic global datasets onto a spherical display, enabling audiences to explore complex Earth system processes in an intuitive and immersive way. While highly efective in museums, science centers, and classrooms, the traditional Science on a Sphere (SoS) hardware installation requires dedicated infrastructure, limiting its accessibility and scalability. This paper presents the design and implementation of a web-based application that reproduces the core functionality of the Science on a Sphere (SoS) system in a browser environment. The application utilizes modern web technologies to render real-time spherical visualizations of global datasets. Users can load, manipulate, and interact with datasets such as atmospheric phenomena, ocean currents, or planetary imagery without the need for specialized hardware. The system also supports interactive controls for rotating, zooming, and overlaying multiple data layers, extending the pedagogical potential of Science on a Sphere (SoS) by enabling personal exploration on laptops, tablets, and mobile devices. By transitioning Science on a Sphere (SoS) from a physical installation to a lightweight, browser-based platform, the proposed solution broadens access to scientific visualizations, promotes remote and classroom learning, and ensures that Science on a Sphere (SoS) content can be integrated into modern online education ecosystems.
Keywords: Science on a Sphere (SOS), Web-based visualization, WebGL, WebGPU, Geospatial data, Educational technology
Published in RUP: 29.01.2026; Views: 456; Downloads: 10
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5. Integrating service life simulations of building facades with BIM to reduce economic and environmental impactsJakub Michal Sandak, Anna Malgorzata Sandak, Miklós Ferenz Krész, Balázs Dávid, László Hajdu, Michael Nicolas Mrissa, Črtomir Tavzes, Anja Jutraž, Boris Deanovič, Katja Malovrh Rebec, 2020, published scientific conference contribution abstract Keywords: service life modelling, aesthetical limit state, biomaterials for building facades, visualization of aesthetical deterioration
Published in RUP: 07.12.2020; Views: 3182; Downloads: 19
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6. A simulation tool for the façade aesthetic appearance - BIO4ever project approachAnna Malgorzata Sandak, Jakub Michal Sandak, Paolo Grossi, Marta Petrillo, 2018, published scientific conference contribution Keywords: service life prediction, modelling, visualization, aesthetics, facades
Published in RUP: 17.12.2018; Views: 7273; Downloads: 171
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