fairdataihub/poster-sentry-training-data huggingface dataset:
The European Testing and Experimentation Facilities for Agrifood Innovation Swedish node There are two fantastic facilities for your tests: Testbed Digitalized Agriculture and AstaZero. In addition, RISE has more than 130 test & demo facilities that can also be used depending on what you want to test. By combining our capabilities and competencies in agriculture with other areas such as AI, digitization and autonomous vehicles, we help companies between prototype and market introduction and to build trust for new AI and robotics solutions in the agricultural sector. A network of test and experimentation infrastructures in Europe that supports Agri-Food technology companies to do near product validation of their AI and Robotics solutions, using real-world facilities. AgrifoodTEF Swedish Node AgrifoodTEF Swedish Node AgrifoodTEF Sweden aims to promote technology development in agriculture and offers opportunities to test new technology in realistic environments before market introduction. The goal is to introduce AI and robotics solutions in agriculture that strengthen the sustainability of food production in an era of climate change and global competition. What is AgrifoodTEF? What is AgrifoodTEF? Main Objectives Main Objectives
4 4 4 4 When it comes to measuring the quality of an open access repository, it is not the size that matters but the sum of its characteristics. The Open Access Repository Ranking (OARR) is a ranking that lists all German open access repositories according to a metric that evaluates a certain set of criteria that are summarized in categories. The OARR metric is open, transparent and developed in accordance with the open access community. The data for the current ranking was collected in the course of the 2014 Census project seminar at the BLIS. The ranking is planned to be published annually at the Open-Access-Tage conference in September. The preceding January each open access repository that meets the OARR definition will be contacted to submit their data via an online form. The OARR team reviews all submissions assuring its quality and validity. What? For now OARR is a ranking limited to Germany. We are planning to extend it to other countries. OARR is a research project based at the Information Management Department of Professor Peter Schirmbacher at the Berlin School of Library and Information Science (BSLIS), Humboldt-Universität zu Berlin (HU Berlin). If you have any ideas (e.g. cooperations) of how to work on the future of OARR we encourage you to contact us. For whom? OARR aimes primarily at repository managers and institutions that host, run or plan to build a repository. With OARR funders and repository managers get an overview of the (technical) developments within the open access repository community. Finally OARR enables researchers to identify the open access repository that suits best their needs when looking for a proper place to deposit their publications. Where to? Ranking Proﬁle Page Metric REPOSITORY RANKING OPEN ACCESS 2014 RANKING METRIC STATISTICS SUBMIT Team: Paul Vierkant, Maxi Kindling, Dennis Zielke, Thomas Hartmann
RESEARCH POSTER PRESENTATION DESIGN © 2015 www.PosterPresentations.com Long-baseline neutrino oscillation sensitivity with Theia Guang Yang1 , Michael Wilking1, Elizabeth Worcester1,2 on behalf of the Theia collaboration 1.Stony Brook University, 2. Brookhaven National Lab Neutrino detection and reconstruction Long-baseline sensitivity Theia detector Neutrino mixing and oscillation Background reduction PMNS matrix: - A non-zero Ɵ₁₃ has been measured. - Different appearance probability between ν and anti-ν indicates the CP phase. Theia has proposed two possible masses of 25 kt and 100 kt with features: - large-scale water-based liquid scintillator - Advanced photo-sensor technology with improvements in time resolution, light collection, spatial granularity etc. - Multiple complementary and advanced reconstruction techniques - Main neutrino interaction channels at GeV: - CCQE: νe 0 decay electrons ; νμ typically 1 decay electron - CCπ+ : 1, 2 or 3 rings; νe 1 decay electron ; νμ 2 decay electrons - NC π : NCπ0 can be mis-ided as an electron ; NC π+ can be mis-ided as either μ or e. - As a reconstruction package, FiTQun is now exclusively used for all T2K oscillation analysis -For any hypothesis of final state particles, predict the charge and hit recorded by every PMT Theia 25 Theia 100 -FiTQun can handle any number of reconstructed tracks in the water detector -Event hypotheses are distinguished by comparing best-fit likelihoods. - BDT has been used for the background reduction for each i-ring j-decay sample (i from 1-3, j from 0-1). - T2K-like fully contained fiducial volume cuts have been applied as pre-cuts. - Variables with FiTQun after the pre-cuts: - vertex, distance to wall, direction - pi0 fit momenta, likelihood, angle, mass - 1-ring fit: momenta, likelihood - 2-ring fit: kinematics, differences between the best fit likelihoods of each combination (e-like or pi-like) - 3-ring fit: similar to the 2 ring case, with all possible differences between the best fit likelihood of each combination (e-like and pi-like) - Energy-dependent BDT cuts are applied to the samples after the pre-cuts. FHC 1 ring 0 decay FHC 1 ring 0 decay - There are totally 9 samples included in the sensitivity study. - FHC: - 1-ring, 0 or 1-decays - 2-rings, 0 or 1-decays - 3-rings, 0 or 1-decays - RHC: - 1-ring, 0-decay - 2-rings, 0-decay - 3-rings, 0-decay - Full set of spectra: Eur. Phys. J. C 80, 416 (2020). https://doi.org/10.11 40/epjc/s10052-020-7977-8 - The CP and mass hierarchy sensitivities with a 25 kt (fiducial) Theia module are comparable to a 10 kt (fiducial) DUNE module. guang.yang.1@stonybrook.edu
TERMOGRAFIA INFRAVERMELHA MÉDICA NA DIÁFISE DISTAL DA TÍBIA EM PACIENTE COM DIAGNÓSTICO DE PSEUDOARTROSE - ESTUDO DE CASO Wally auf der Strasse1, Daniel Padro Campos1, Celso Junio Aguiar Mendonça1, Jamil Faissal Soni2, Percy Nohama1,2 1 Universidade Tecnológica Federal do Paraná, Programa de Pós-Graduação em Engenharia Elétrica e Informática Industrial 2 Pontifícia Universidade Católica do Paraná, Programa de Pós-Graduação em Tecnologia em Saúde 1. INTRODUÇÃO 2. OBJETIVO Investigar alterações no padrão térmico na fratura da tíbia com diagnóstico de pseudoartrose com o uso do fixador externo Ilisarov 4. CONCLUSÃO Pseudoartrose não consolidação de uma fratura processo de reparação óssea deixou de atuar Não uniões ósseas complicações de saúde expressiva diminuição da qualidade de vida aumento nos custos dos serviços de saúde Termografia alternativa de diagnóstico imediato na evolução clínica do paciente com pseudoartrose 3. MÉTODO Setup experimental Temperatura média da região de interesse na diáfise distal da tíbia entre os anéis do fixador Ilisarov. Gráfico de dispersão da temperatura média na diáfise distal da tíbia entre os anéis do fixador Ilisarov. Os resultados preliminares indicam Termografia como método promissor de diagnóstico em traumatologia e ortopedia Necessidade de aplicação do método em um grupo amostral maior de pessoas com diagnóstico de pseudoartrose de tíbia e uso de fixador externo Ilisarov
DDI 4 Class Library (301 classes) as XMI R6Class source code R functions source code DDI2 to DDI4 mapping table DDI 4 Prototype is implemented as a model. This translates well into objected‐oriented software like Integrating Lifecycle Metadata into the R workflow – Implementing DDI4 in R Capturing, reporting on, and computing on metadata at the source Initial Work – Developing the Infrastructure User Interface not available yet, will be next step IASSIST Conference 2019, Sydney, Australia, May 27‐31, 2019. Joachim Wackerow, GESIS ‐ Leibniz Institute for the Social Sciences; Larry Hoyle IPSR, University of Kansas This work is licensed under the Creative Commons Attribution 4.0 International (CC BY 4.0). ‐ Email: joachim.wackerow@gesis.org; larryhoyle@ku.edu XSD OWL/RDF‐S XML RDF Discovery and interoperability Transformation to DDI Alliance default syntax representations Purpose Exchange and preservation DDI4_Code. A type of Designation that relates a representation expressed as a string with or without meaningful white space to a specific classification Description Implementation of the DDI4 class Code Definition ============ A type of Designation that relates a representation expressed as a string with or without meaningful white space to a specific classification. For use in a Code List. The representation property (Value) is expressed as it would be found in a data file. Multiple representations may relate to the same Category but should be expressed as separate Codes. Help in R ‐ ?DDI4_Code Transparency and replication are crucial for open science • Capture metadata at the earliest point possible • Building this into the scientific workflow • means making tools available in the platforms people use • Attach the metadata to the data to travel together • Especially important for tables and variables • Example: unit of measurement, scale, precision • When a variable is created, this has to be known. Attach it to the variable. • Operating on Metadata • Harmonization procedures Metadata in the Statistical Package Workflow Transformation by program DDI4Contents.equal(CodeListA, CodeListB) DDI4R code fragment for comparing two Codelists on equality of content Documentation In the UML Model Classes in the UML Model of DDI4 • Built‐in validation of imported metadata • Capturing correct metadata on the fly • Fetching remote DDI resources • Functions for comparison and harmonization of metadata Features in DDI4R Classes in R str(DDI4_Code) Class 'R6ClassGenerator' <DDI4_Code> object generator Inherits from: <DDI4_Designation> categoryDescription <- DDI4_InternationalStructuredString$new(languageSpecificStructuredString=  list(DDI4_LanguageSpecificStructuredStringType$new(content="Male"))) myCategory <- DDI4_Category$new(descriptiveText=list(categoryDescription )) myCode <- DDI4_Code$new(denotes=myCategory$DdiUrn,  representation=list(DDI4_ValueString$new(content="M"))) Category="Male" Code="M" DDI4R code fragment for: R package DDI4R A class is a template for an object.
Convertio Measure 3.2: Agrosystem Templates for Easy Data Management Plan Creation Data Management Plans Budget planning Benefits Project management Challenges ●Requires know how on Research Data Management topics ●Costs resources DFG Horizon Europe Other funders Customized agrosystem templates ●Answer options ●Help texts ●Links to other FAIRagro services ●Available via RDMO (DMP tool) ●What are your requirements towards DMPs? ●How can we improve the templates? We need your feedback! Follow the QR code and let us know what you need Antonia Leidel1, Gabriel Schneider2 1 - Leibniz Institute of Plant Genetics and Crop Plant Research (IPK), 2 - Information Centre for Life Sciences (ZB MED) ...
William Kent:The Many Forms of a Single Fact* Data sharing and integration properties A simple fact Example of a simple fact: Certain salesmen serve certain territories. Some data design options Why the "many forms" of solutions matters Representations of data items Interpretations of Transformations between structural organizations Different data types Field lengths Units of measure Precision Etc. Meaning of some terms Measurement qualities Reconciliation of quantities Relational, hierarchical, & network models Various file formats Implementations of lists, vectors, arrays, object models, etc. A simple connection between two things A relationship or an attribute A semantic web assertion Does NOT always map onto a pair of fields Each salesman has one territory Each territory has one salesman Many salesmen in many territories: many-to-many Many-to-few Usually many-to-one Salesmen without territories Several connections Data interchange: accommodate variations in semantics Data documentation (dictionaries): facts in a database do not always correspond to data elements in simple and direct ways Data design competence Design tools and methods: number of options large; heuristics and expert system support needed Data sharing by new apps Redundancy management Data integration High-level queries: distributed data: heterogeneity can exist between databases containing the same information in the same type of data structure Entity-relationship theory: data design choices need to be based on data processing concerns Conceptual schema: a logical data model is not a data-independent model of the enterprise Kent, W. "The Many Forms of a Single Fact", IEEE Compcon, 1989, DOI: 10.1109/CMPCON.1989.301972 W.L. Anderson, 2013, CC-BY
Lea Sophie Singson (FIZ Karlsruhe); Constantin Breß (FIZ Karlsruhe) Don‘t be scared of the big bad wolf: a call to improve licensing landscapes in agro science repositories The need: Science loves open data. But science also loves to be attributed. How do we ﬁx this? We license our work! A call to action: We have two options: ●Use dedicated data licenses with attribution, e.g. Datenlizenz Deutschland. Caveat: Depends on access and is relative ●Trust the GWP. Binding use of the GWP is spreading in research institutions and includes attribution Repositories should take a leading role and inform users The FAIRagro DSSC can provide support (https://fairagro.net/helpdesk/) The practise: On the hunt for the perfect attribution mark, we found the CreativeCommons licenses. And they seem perfect! They are well known, easily understandable and they do exactly what I need. But do they? The Problem: The CreativeCommons are licenses speciﬁcally created to license copyright protected work. This is a discrepancy with the scientiﬁc data mostly published in agricultural science! To be protected under copyright, a work has to reach a threshold of originality -> the effect of using CC-licenses incorrectly What is a threshold of originality? -> a certain reﬂection of the authors personal touch -> the work must not only consist of content and structure deﬁned by the speciﬁc domain Using CC-Licenses incorrectly: no security for creator to be cited; creates legal uncertainty regarding the validity of the CC-License
The Metallicity-Inclination Relation: Higher Metallicity, Higher Mutual Inclination Xinyan Hua (huaxinyan1996@gmail.com), Sharon Xuesong Wang, Songhu Wang, Dongsheng An, Wei Zhu, Fei Dai, Dichang Chen, Jiwei Xie vAbstract vSample Selection Ø Kepler & K2 samples from Dai et al. 2018 Ø TESS samples from this work Innermost 2 planets R < 4 [Earth Radii] + Innermost planet a/Rs < 12 vMain Results Ø A postive trend with metallicity: Higher matallicity, higher mutual inclination Ø Not significant with mass vDiscussion Ø Unlikely to be caused by USPs Ø Metal-rich systems tend to be dynamically hotter REFERENCES: Dai, F., Masuda, K., & Winn, J. N. 2018, ApJL, 864, L38, doi: 10.3847/2041-8213/aadd4f Brewer, J. M., Wang, S., Fischer, D. A., & Foreman-Mackey, D. 2018, ApJL, 867, L3, doi: 10.3847/2041-8213/aae71 Ø Need more followups to constrain giants Winn, J. N., Sanchis-Ojeda, R., Rogers, L., et al. 2017, AJ, 154, 60, doi: 10.3847/1538-3881/aa7b7c Ultra-short-period planets [Fe/H] ∆𝑖 Winn+ 2017 Dai+ 2018 This Work Stellar metallicity is very often found to correlate strongly with occurrence of certain types of planets or planetary system properties. For instance, Jupiter analogs are more common around metal-rich stars, while compact multis tend to be metal- poor. In this study, we present a correlation between the stellar metallicities and the mutual inclinations of multi-planet systems, suggesting that metal rich stars host planetary systems that are dynamically hotter. After investigating ~100 targets with measured mutual inclinations from photometry analysis, we observed that planets orbiting metal-rich stars tend to exhibit more dispersed mutual inclinations. Moreover, there is no clear evidence linking the high mutual inclination of these inner small planets with the existence of outer gas giants, though more data are needed to draw any definitive conclusion. We also observed a similar trend in the stellar mass - mutual inclination space, which is not as significant as with stellar matellicity. We hypothesize that such systems accumulate more material within their proto-planetary disks, leading to a more intensive dynamical evolution process that can perturb the planets into misaligned orbits, resulting in higher mutual inclinations. Planet formation and population synthesis models tracking evolution of mutual inclinations would be needed to provide explanation for this correlation.
AÑOS (OBRAS) MÁS FRECUENTES EN LA HISTORIOGRAFÍA LINGÜÍSTICA HISPÁNICA 1492 1771 1847 1726 1555 1870 1495 FUENTE: "BiTe_Corpus" Battaner, Elena & Herranz, Cristina & Segovia, Ana (2022). "BiTe_Corpus" (Version 01) [Data set]. doi.org/10.5281/zenodo.6828326) Elena Battaner Moro, Universidad Rey Juan Carlos (@BattanerElena) I Congreso Iberoamericano de Ciencia abierta 2022 Gramática castellana Antonio de Nebrija Gramática de la lengua castellana compuesta por la Real Academia Española (Primera GRAE) Gramática de la lengua castellana, destinada al uso de los americanos Andrés Bello Diccionario de la lengua castellana, en que se explica el verdadero sentido de las voces [...] (Diccionario de Autoridades) Vtil y breve institution para aprender los principios y fundamentos de la lengua hespañola. = [...] (Anónimo de Lovaina) Gramática de la lengua castellana por la Academia Española (12.ª ed. de la GRAE) Introductiones latinae Antonio de Nebrija, Recognitio
Aim 2: Track changes in phageomes and bacteriomes of captive mice after tranpantation of wild phageomes. Čížková D. 1, Payne P. 1,2, Bryjová A. 1, Ďureje Ľ. 1, Piálek J. 1, Kreisinger J. 2 1 - Institute of Vertebrate Biology of the Czech Academy of Sciences, Brno, Czech Republic 2 - Department of Zoology, Faculty of Science, Charles University, Prague, Czech Republic Gut bacteriomes have profound effects on their vertberate superhosts. Bacteriophages are key regulators of bacterial communties. Aim 1: Comparison of gut phageomes and bacteriomes between wild and captive mice. Study design: House mouse - Mus musculus musculus • 10 wild mice from 3 localities (Jedov, Naloucany, Velke Pole) • 26 captive mice from 2 wild-drived strains (BULS and BUSNA) Phageome transplantation - caecal filtrates Bacteriome monitoring - 16S rRNA metabarcoding from feces Phageome monitoring - Whole metagenome sequencing of fecal filtrates PCoA - phage contigs Wild and Captive Phageomes are different: Cluster heat map - abundant phage contigs Phageomes Mirror Bacteriomes: Procrustes - correlation in bacteriome and phageome Changes in the Contig level phageome distances between recipents and donors Phageome of captive recipents converge to wild donors: Changes in the Sub-Contig level phageome distances (SNPs in shared contigs) BUSNA phageomes converge to wild donors at the Contig level distances. BULS phageomes converge to wild donors at the Sub-contig level distances. BUSNA BUSNA BULS BULS day x treatment: p = 0.225 day x treatment: p = 0.070 day x treatment: p = 0.250 day x treatment: p = 0.480 day of experiment day of experiment day of experiment day of experiment Changes in the ASV level bacteriome distances between recipents and donors No effect of phageome transplantation on bacteriome: Gut phageome differed between wild and captive house mouse. Phageome transplantation resulted in transfer of wild phages to captive phageomes, but without major changes in phageome structure. Transferred phages differed between the two recipient mouse strains. Phage transfer did not induce any measurable effects on the gut bacteriome. This has implications for safety of medical phage transplants. This research has been supported by the Ministry of Education, Youth and Sports of the Czech Republic grant Talking microbes - understanding microbial interactions within One Health framework (CZ.02.01.01/00/22_008/0004597).
Positionality, reflexivity and ethics in global public health research Chloe Tuck1, Isaac Boadu2, Laura Gray1, Robert Akparibo1,3, Richmond Aryeetey2, and Richard Cooper1 School of Health and Related Research, University of Sheffield, UK. 2. University of Ghana, Accra, Ghana. 3. University of Health and Allied Sciences, Ho. Correspondence to: Chloe Tuck cztuck1@sheffield.ac.uk Herein we aim to critically reflect on levels of discordance to foster more ethical and collaborative research. Reflexivity and positionality were applied to better understand the role of the researcher, their social experiences, position and power hierarchies influence knowledge generation. This involved sharing researchers’ experience following an exchange between the University of Ghana and the University of Sheffield, fostering a collaboration with a teaching hospital in northern Ghana for mixed methods data collection and analysis, discussion and reviewing relevant literature from Health Sciences, Geography and Sociological sciences. “Please use your liberty to promote ours” Aung San Suu Kyi, Feb 19979 “colonisation gave the world… a particular way of looking (or, rather, not looking) at Africa that endures, alas, into our own day” Chinua Achebe, 1998: page 20, In Africa’s Tarnished Name1 Funded by [108903/B/15/Z] We would like to acknowledge the ongoing support of all collaborators in this work at Tamale Teaching Hospital and the University of Ghana. Writings by Achebe in 1998 do not cease to have pertinence today. As global public health researchers, we strive to increase health system efficiency and reduce inequity due to factors associated with healthcare access and societal wellbeing. Many of the areas of greatest health need are in low-income contexts whilst funding and decision making remain tied to high-income settings. Poorly considered research across settings can create disconnect between the researcher and research, further instils colonialist attitudes, and enforces power hierarchies. Background Visual summary of findings Methods References can be found here: We also invite feedback on our approach to: cztuck1@sheffield.ac.uk Conclusions “the Bantu declaration 'Umuntu ngumuntu ngabantu' represents an African communal aspiration: 'A human is a human because of other humans'. Our humanity is contingent on the humanity of our fellows.” Chinua Achebe, 1999 Africa Is People.8 Reflexivity and positionality are vital to consider for ethical global health research. This further Achebe quote reminds us our communality, our becoming through cooperation and relationships to each other. To construct collaborative approaches, we need to actively challenge colonial imperatives that have dominated western thought and to which we are often blind. Where we have liberties, use it to promote others.