407 publications from this institution
In this article, we address the fragmented landscape of formal model sharing in psychological science by introducing PsychoModels, an online repository for improving models' accessibility, reusability, and interoperability. Psychological research often relies on idiosyncratic approaches for model documentation and communication, which hampers transparency, limits reuse, and stifles collaborative growth. Inspired by successful repositories in other academic fields, PsychoModels aims to be a central platform where mathematical and computational models are stored, indexed, and described following FAIR principles (Findable, Accessible, Interoperable, Reusable). The platform will enable structured searches of models by discipline, framework, and language, thus enhancing discoverability by both novice and expert users. Moreover, PsychoModels can emphasize ease of use through detailed model annotations, implementation guidelines, and links to external resources, bridging the gap between theory and application. Through the stimulation of community-driven peer review and model-sharing standards, PsychoModels will aspire to enhance reproducibility and foster a collaborative ecosystem within psychological modelling. In this article, we explain the philosophy behind PsychoModels, demonstrate the application of the database's preliminary version, and present plans for future development.
In S. Kanazawa's evolutionary theory of general intelligence (g), g is presented as a species-typical information-processing mechanism. This conceptualization of g departs radically from the accepted conceptualization of g as a source of individual differences that is manifest in the positive manifold. Kanazawa's theory is thus problematic in the sense that it concerns a purely hypothetical, and empirically unsupported, conceptualization of g. The authors argue that an evolutionary account of g should address it as a source of individual differences--that is, in a manner that is consistent with the empirical support for g.
All camera data. The full layer 2 and 3 tables contain all unfiltered and filtered detections of visitors respectively. The “id” column is only present in the layer 3 tables, as detections have not been linked to unique visitors yet in layer 2. Additionally, files contenting each experimental time and a file of the map which provides the coordinates of the 32 walls in the area of the art fair where camera data was collected.See each codebook for explanations of files. <br><br>
