156 research outputs found

    jDHBenelux Author Template

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    This repository contains the latest official GitHub hosted versions of the LaTeX template that authors are required to use when they finalize their contribtions to the DH Benelux Journal. The repository synchronises with the corresponding easy-to-use and well-documented Overleaf Template that provides authors with a low threshold environment for writing LaTeX – but can be used with any LaTeX compiler. About this Release: Apart from some minor changes to the .cls, v2.0 introduces a number of new files to improve open source development with git and GitHub, including a README, a CC-BY 4.0 License, and a .gitignore file. It also prepares the repository for synchronisation with Zenodo, to improve sustainability. Full Changelog: https://github.com/DHBenelux/jDHBenelux-author-template/compare/v1.1...v2.

    DH Benelux Journal 1. Integrating Digital Humanities.

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    The first volume of the DH Benelux Journal. This volume includes four full-length, peer-reviewed articles that are based on accepted contributions to the 2018 DH Benelux conference in Amsterdam (The Netherlands) on Integrating Digital Humanities. Contents: 1. Editors' Preface (Wout Dillen, Marijn Koolen, Marieke van Erp) 2. Introduction: Integrating Digital Humanities (Julie Birkholz and Gerben Zaagsma) 3. Boundary practices of digital humanities collaborations (Max Kemman) 4. Manuscripts, Metadata, and Medieval Multilingualism: Using a Manuscript Dataset to Analyze Language Use and Distribution in Medieval England (Krista A. Murchison and Ben Companjen) 5. Analysis of Fidel Castro Speeches Enhanced by Data Mining (Sergio Peignier and Patricia Zapata) 6. Character Centrality in Present-Day Dutch Literary Fiction (Roel Smeets, Eric Sanders, and Antal van den Bosch

    Bridging the Babel of Textual Criticism

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    Post by Wout Dillen, guest author for FonteGaia. Wout Dillen is a postdoctoral researcher at the University of Borås, Sweden, where his work is part of the DiXiT Marie Curie Initial Training Network. He developed the Lexicon of Scholarly Editing as an appendix to his Ph.D. dissertation, which was part of the ERC project CUTS (Creative Undoing and Textual Scholarship) at the University of Antwerp. Lexicographical Approaches to Encompassing a Multilingual Research Field. Although Textual Critic..

    Video support for home exercices during rehabilitation for shoulder pain: a clinical pilot study

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    Video support for home exercises during rehabilitation for shoulder pain: a clinical pilot stud

    Video support for home exercices during rehabilitation for shoulder pain: a clinical pilot study

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    Video support for home exercises during rehabilitation for shoulder pain: a clinical pilot stud

    Urban underground space: Solving the problems of today’s cities

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    AbstractThe world-wide trend of increased urbanisation creates problems for expanding and newly-developing cities alike. Population increase leads to an increased demand for reliable infrastructure, nowadays combined with a need for increased energy efficiency and a higher environmental awareness of the public. The use of underground space can help cities meet these increased demands while remaining compact, or find the space needed to include new functions in an existing city landscape. In many cases, underground solutions to urban problems are only considered if all other (above ground) options have been exhausted. When underground solutions are considered and evaluated from the planning or initial project stages onwards, more optimal solutions will become possible.Use of the underground is not limited to large scale infrastructure projects. This paper also shows innovative use of the underground for commercial and residential use, storage, water conveyance and treatment, and heritage conservation, and highlights how use of underground can bring more optimal solutions for urban development

    Simulated Annealing-based Ontology Matching

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    Ontology alignment is a fundamental task to reconcile the heterogeneity among various information systems using distinct information sources. The evolutionary algorithms (EAs) have been already considered as the primary strategy to develop an ontology alignment system. However, such systems have two significant drawbacks: they either need a ground truth that is often unavailable, or they utilize the population-based EAs in a way that they require massive computation and memory. This article presents a new ontology alignment system, called SANOM, which uses the well-known simulated annealing as the principal technique to find the mappings between two given ontologies while no ground truth is available. In contrast to population-based EAs, the simulated annealing need not generate populations, which makes it significantly swift and memory-efficient for the ontology alignment problem. This article models the ontology alignment problem as optimizing the fitness of a state whose optimum is obtained by using the simulated annealing. A complex fitness function is developed that takes advantage of various similarity metrics including string, linguistic, and structural similarities. A randomized warm initialization is specially tailored for the simulated annealing to expedite its convergence. The experiments illustrate that SANOM is competitive with the state-of-the-art and is significantly superior to other EA-based systems.Green Open Access added to TU Delft Institutional Repository ‘You share, we take care!’ – Taverne project https://www.openaccess.nl/en/you-share-we-take-care Otherwise as indicated in the copyright section: the publisher is the copyright holder of this work and the author uses the Dutch legislation to make this work public.Information and Communication Technolog

    Experimental observation and constitutive modelling of the shear strength of a natural unsaturated soil

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    Increasing frequency and intensity of extreme weather events in the Netherlands is raising attention on the unsaturated response of geo-infrastructures, promoting research projects to provide an overview of the impact of unsaturated conditions on the response of shallow soil layers and embankments, and to better address maintenance and mitigation measures. As part of this effort, we discuss the results of standard laboratory tests performed on initially unsaturated samples retrieved from the field and tested in natural conditions, as well as after controlled drying and wetting. The variation of the “undrained” (i.e. at constant water content) shear strength with the degree of saturation obtained from the laboratory tests aligns well with CPT measurements performed in the field. An elastic-plastic constitutive model with mixed isotropic-rotational hardening developed for saturated soft soils was extended to unsaturated conditions by following a robust approach previously developed for compacted clayey soils. Coupling between the mechanical and the hydraulic behaviour is provided by the water retention curve. The model nicely captures the response observed in the laboratory, until extreme dry conditions, which possibly alter the structure of the soil, the peak stress, and the brittleness after failure. The model is capable of reproducing the effects of the previous hydraulic history on the stress-strain behaviour observed from the laboratory tests over a wide range of degree of saturation
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