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The CoPhiViewer RESTful APIs are defined following the OPEN API specification and utilizing the SWAGGER tools.

This release shows the analysis code of the CAA proceedings article after first round of peer review.

A Shiny app publishing data on organizations with a licence to conduct archaeological excavations in the Czech Republic. If you use this software, please cite it using the metadata from this file.

Evaluation script for insolvency bot

Reprocessing script to visualize the Camiac dataset with the archeoViz web application. The Camiac site is a prehistoric in France, were archaeological remains were excavated (mainly faunal and lithic remains).

The CoPhiEditor and the CoPhiViewer RESTful APIs are defined following the OPEN API specification and utilizing the SWAGGER tools.

TURRIS (Towers featURes & fRequencIes databaSe) is a database collecting information of 244 historical masonry towers and information about the associated dynamic identification. Each tower is described by 23 parameters (identification, initial database, reference of the study, building name, country, town, latitude, longitude, height, effective height, shape of the section, regularity of the elevation, width, length, the minimum and maximum wall thickness, its relation with adjacent building, age, bells mass, Young modulus, mass density, Poisson ratio, and any information about the structural state of the tower). Each Operational Modal Analysis survey is described by 8 parameters (fundamental frequency, minimum, maximum, and standard deviation of the fundamental frequencies for long-term analysis, the type of sollicitation, duration of the records, sampling rate, and identification technique). The 244 historical masonry towers are located worldwide (mainly in Europe). The TURRIS database allows studying the relationship between geometrical, material parameters, and fundamental frequency. The database is regularly updated. Data can be transmitted by completing the following form: https://framaforms.org/turris-database-sharing-information-about-features-of-historical-masonry-towers-1692963128. The details of each metadata field of the TURRIS database are given in the following. Id : the identifier for each study database : the collection from where the study was taken into account references : the reference of the scientific study. The reference id maybe used with the associated bibtex file., building_name : the name of the historical building country, town, latitude, longitude : the four parameters describe the location of the building input : type of sollicitation f0 [Hz] : the measured fundamental frequency H [m] : the height of the tower Heff [m]: the effective height of the tower computed as the difference between the absolute height of the building and the height of the any adjacent building shape : the shape of the tower section (SQ : square, REC : rectangular, CIR : circular) elevation_regularity : the regularity of section from bottom to the top width [m]: the shorter dimension of the section length [m]: the larger dimension of the section min_wall_thickness [m]: the minimum thickness of the wall of the tower max_wall_thickness [m]: the maximum thickness of the wall of the tower relation : the type of connection between the tower and adjacent building (Isolated or bounded) period : the age of construction bells [kg]: the mass of the bell system E [GPa]: the Young modulus density [kg.m-3]: the mass density Poisson_ratio : the Poisson ratio duration [minute]: the duration of the records sampling_rate [Hz] : the sampling rate of the records info : any information about potential damage or retrofitting actions OMA_technique : the technique used to identify modal parameters min_f0 [Hz]: the minimum measured fundamental frequency measured over time max_f0 [Hz]: the maximum measured fundamental frequency measured over time std_f0 [[Hz]: the standard deviation of fundamental frequency measured over time Python scripts have been developped (@MArnaud, @CGcidou) to compute the fundamental frequency using empirical, physics-based formulations and a Ritz-Rayleigh approach. The TURRIS database is used as an input. The TURRIS database is a product of the ACROSS project (ANR-20-CE03–0003) founded by the French National Research Agency. {"references": ["Montabert, A.; Giry, C.; Limoge Schraen, C.; L\u00e9pine, J.; Choueiri, C. Mercerat, E. D.; Gu\u00e9guen, P. An Open Database to Evaluate the Fundamental Frequency of Historical Masonry Towers through Empirical and Physics-based Formulations. Buildings 2023"]} Any research are welcomed to upload the TURRIS database. Please share your data by filling in the form: https://framaforms.org/turris-database-sharing-information-about-features-of-historical-masonry-towers-1692963128

Source code supplementing the proposal of addition of citation-specific fields to the metadata standards description in the RDA Metadata Standards Catalog (MSC). Code was developed from a fork of the main repository in GitHub. The patch is relative to commit 4981082 49810828171a16c8bfb1ba36463b14d0265e0acb Part of "A FAIR-enabling citation model for Cultural Heritage Objects" project activities. This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 101017536 and is supported by the EOSC Future (https://eoscfuture.eu/) through the RDA (https://www.rd-alliance.org/) Open Call mechanism (https://eoscfuture-grants.eu/provider/research-data-alliance), based on evaluations of external, independent experts. {"references": ["Metadata Standards Catalog WG Final Report https://www.rd-alliance.org/group/metadata-standards-catalog-wg/outcomes/metadata-standards-catalog-wg-final-report"]}

An AI-driven Knowledge Graph of the Antiquities market: toward automatised methods to identify illicit trafficking networks