fairdataihub/poster-sentry-training-data huggingface dataset:
I SIMPOSIO DE OBSTETRICIA CON ÉNFASIS EN LA SALUD MATERNA Y NEONATAL REVISIÓN SISTEMÁTICA: OBSERVACIONES DE LOS COMITÉS DE ÉTICA A PROTOCOLOS DE INVESTIGACIÓN MÉDICA Cristhian Vasco-Toapanta 1, Alisson Guanoluisa-Vasco 2, Gabriel Vasco-Toapanta3 1Interno Rotativo, Colegio de Ciencias de la salud, Universidad San Francisco de Quito, Quito, Ecuador 2Estudiante, Carrera de Fonoaudiología, Facultad de Ciencias de la Discapacidad, Universidad Central del Ecuador, Quito, Ecuador 3Estudiante, Ingeniería Civil, Colegio de Ciencias e Ingenierías, Universidad San Francisco de Quito, Ecuador Introducción: 1. Autonomía: Los pacientes eligen libremente participar, con protección para quienes no pueden decidir y consentimiento informado. 2. Beneficencia: Se maximizan los beneficios y se protege al paciente, evitando cualquier daño. 3. Justicia: Garantiza que los beneficios de la investigación se distribuyan de manera equitativa y que la selección de participantes sea justa. Metodología: Revisión sistemática de 9 estudios, incluidos estudios transversales, cohortes retrospectivas y estudios descriptivos, abarcando diversas regiones y tipos de investigación. Resultados Figura 1 Discusión: Hay disparidades significativas entre regiones y tipos de estudio, probablemente debido a diferencias culturales, interpretativas y en los recursos humanos e institucionales disponibles. Los CEIs deben mejorar sus procesos de evaluación para asegurar una selección justa, respeto por la autonomía y maximización de los beneficios, minimizando al mismo tiempo los riesgos para los participantes. Conclusión: El estudio destaca la necesidad de reforzar las prácticas éticas en la investigación médica, centrándose en mejorar el cumplimiento de principios fundamentales como la justicia, Referencias: Vasco-Morales, S., Vasco-Toapanta, G. A., Vasco-Toapanta, C. S., & Toapanta-Pinta, P. (2024). Ethics in medical research: A quantitative analysis of the observations of Ethics Committees in research protocols. MedRxiv, 2024.06.23.24309373. https://doi.org/10.1101/2024.06.23.24309373
Let's Turn the Lights Off to Turn the Stars On G. A. Pinto1, students from classes 7.ºD, 8.ºD and 9.ºD (school year 2017/2020) 1 1Escola Secundária/3 Camilo Castelo Branco, Agrupamento de Escolas Camilo Castelo Banco, Vila Real, Portugal Abstract In this project, the causes and consequences of light pollution were discussed. The students concluded that light pollution is not only responsible for the “disappearance” of the starry sky in cities, but also a threat to living beings and a huge waste of energy. They also concluded that the measures to avoid light pollution are within the reach of citizens and municipalities and are based on the use of energy-efficient exterior lighting that directs light only downwards. Students shared their findings with the community and, at the same time, developed an interest in Astronomy, together with their families. Keywords Astronomy; ecological footprint; energy efficiency; light pollution; starry sky.
The Agricore project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Grant Agreement No. 816078 FOLLOW US! #Agricore www.agricore-project.eu info@agricore-project.eu Agent-based support tool for the development of agriculture policies The AGRICORE project is developing a novel tool for improving the current capacity to model policies dealing with agriculture by taking advantage of the latest progress in modelling approaches and ICT. Specifically, the AGRICORE tool is being built as an agent-based approach where each farm is to be modelled as an autonomous decision- making entity that individually assesses its own context and makes decisions on the basis of its current situation and expectations. This modelling approach will allow simulating the interaction between farms and their context at various geographic scales – from regional to global. The AGRICORE suite will be a highly modular IT architecture in which modules can be exchanged, improved, and updated by other researchers and reused in other solutions. The architecture will be defined in a way to allow making use of the high computing and flexibility capabilities of cloud infrastructures both at public (Amazon Web Services, Azure, Google Cloud) and private (VMWare, OpenStack, HyperV) levels and always with a strong focus on data security (allowing the definition of private and public sections). 1. ARDIT 2. Data extraction module 3. Data fusion module 4. Generator of synthetic populations module 5. Agent-based simulation module 6. External interface module 7. Model interaction modules 8. Impact assessment modules (IAM) 9. Policy environment module 10. AGRICORE interface module USE CASE #1 will focus on the ex-ante (2018-2020) and ex-post (2014-2017) analysis of the impacts of a regional measurement (M11) (new and maintained ecological exploitations) in the field of olive exploitations in Andalusia, being this region the world leader on olive oil production. USE CASE #2 will focus on the ex-ante (2019-2020) and ex-post (2014-2018) analysis of the impacts of a national level measurement (M10.1) (agri-environment-climate commitments) in the overall Polish agricultural system and specifically, on ecosystem services in the country. USE CASE #3 will focus on the ex-ante (2018-2020) and ex-post (2014-2017) analysis of the impacts of a national level measurement (M6.1) (Business start-up aid for young farmers) in the overall Greek agricultural system. POLAND ANDALUCIA GREECE Carlos Leyva Guerrero1, Konstadinos Mattas2, Myrto Pelopida3, Ioanna Deligkiozi3, Mario Veneziani4, Giorgia Eranio5, Piotr Baranowsk6, Alicia Arce7, César Díaz Barroso8, Ahmet Ali KOÇ9, Waldemar Bojar10, Nikolaos Tsiantis11 1 IDENER, ES, 2 AUTH, GR, 3 AXIA, DE, 4 UNIPR, IT, 5 STAM, IT, 6 IAPAS, PL, 7 AYESA, ES, 8 CAAND, ES, 9 AKD, TR, 10 UTP, PL, 11 EXE, GR AUTHORS
The HST-JWST Transmission Spectrum of Ultra-hot Jupiter WASP-178b How: After reduction of the spectra with FIREFLy4 (see Figure 1), we then use the PETRA5 retrieval framework to measure the abundance of refractory and volatile elements (see Figure 2). We fit for the temperature structure, reference radius, offsets between instruments, and an opaque cloud layer alongside [(Fe+Mg+Si)/H], [O/H], and [C/H] in chemical equilibrium. [1] Hellier, C., et al. (2019), MNRAS, 480, 1. [2] Rodríguez Martínez, R., et al. (2020), AJ, 160, 3. [3] Lothringer, J. D., et al. (2022), Nature, 604, 7904. [4] Rustamkulov, Z., et al. (2023), Nature, 614, 7949. [5] Lothringer, J. D., et al. (2020a). AJ, 159, 6. [6] Lothringer, J. D., et al. (2021), 914, 1. @JDLothringer jlothringer@uvu.edu joshualothringer.faculty.uvu.edu What: We observed four transits of WASP-178b1,2 (Teq = 2450 K) from 0.2-1.7 µm with HST/WFC3 G280, G102, and G141 and JWST/NIRSpec G395H from 2.8 to 5.0 µm. In the NUV, SiO, Fe+, and Mg absorb over nearly 20 scale-heights.3 At IR wavelengths, absorption from CO and H2O is evident. References Results: Initial retrievals suggest sub-solar [O/H] and [C/H], sub-solar C/O, and approximately solar [Fe/H]. This tentatively implies the accretion of refractory and oxygen-rich material (e.g., silicate rock) into the planetary atmosphere. These retrieval results are very preliminary yet emphasize the informative nature of ultra-hot Jupiter spectra with respect to planet formation.6 Acknowledgements This work is based on observations made with the NASA/ESA-Hubble Space Telescope and JWST obtained at the Science Institute (Programs 16086, 16450, and 2055), which is operated by the Association Space Telescope of Universities for Research in Astronomy, Inc. FIGURE 2 – Posterior distributions for [Fe/H], C/O, [O/H], and [C/H] from PETRA using the combined HST-JWST transit spectrum of WASP-178b. These preliminary results suggest enrichment of the planet’s atmosphere by oxygen-rich rocky material like silicates (e.g., (Fe,Mg)xSiOy). Joshua D. Lothringer 1 2 (!) Zafar Rustamkulov3, David Sing3, Audrey Elison1, Neale Gibson4, Jamie Wilson5, Kevin Schlaufman3, Henrique Reggiani6 Affiliations 1) Utah Valley University 2) Space Telescope Science Institute 3) Johns Hopkins University 4) Trinity College Dublin 5) Queens University Belfast 6) The Observatories of the Carnegie Institution for Science Retrieval Results SiO, Mg, Mg+, Fe, Fe+ HST/WFC3/G102+G141 JWST/NIRSpec/ G395H H2O H2O, H- CO FIGURE 1 – Combined HST-JWST transmission spectrum of WASP-178b reduced with FIREFLy4 plotted with the best-fit spectrum from the retrieval with PETRA.5 Data points from different instruments have been shifted using offsets fitted for in the retrieval. HST/WFC3/G280 JWST/NIRSpec/ G395H H2O CO UV-O-IR Transmission Spectrum of WASP-178b Future: Determination of the stellar abundances is underway, with high-resolution spectra in-hand. Our retrieval results and modeling interpretation will further solidify. Expect a paper by the end of the year! A large population sample of UV-IR ultra-hot Jupiter transit spectra can help reveal the origin of giant planets.
Computer vision methods for monitoring outdoor recreation and wildlife Rachel Shively, Ryan Sharp, and Sarah Jackson Park Management and Conservation, Kansas State University Method Coding Time Accuracy Notes Manual Timelapse2 ●●●●● ●●●●● 2.7 sec/photo ●●●●● Depends on observer Slow handling. Limited output options. No coding required. DigiKam (recommended) ●●●●● ExifTool required ●●●●● 2.1 sec/photo ●●●●● Depends on observer Tags attached to meta- data of photos for more output flexibility. Computer vision (pretrained models) YOLOv4 ●●●●● ●●●●● 2.6 sec/photo (computer time) ●●●●● Mislabeled multiple objects Less accurate in low light. Did not detect all objects. Simpler batch coding. Detectron2 (recommended) ●●●●● ●●●●● 0.7 sec/photo (computer time) ●●●●● Mislabeled wildlife and ORVs Detected all objects. Easier to train for improving accuracy. Smart camera Raspberry Pi4 ●●●●● Comes with tutorials ●●●●● Immediate once programmed ●●●●● Requires specific objective Programmed tasks required. Low-cost camera option. Good for detecting thresholds (e.g., full parking lot) or specific animal/object. YOLOv4 Performed well on daylight detections of domestic animals, people, and common objects when entire object was in frame Table 1. Selection of options for processing trail camera photos for analysis. Trail cameras are useful for collecting large amounts of data from multiple locations with minimal disturbance; however, analysis of resulting photos can be time-consuming. Computer vision can improve analysis efficiency. We tested manual and computer vision options to analyze a set of photos from trail cameras placed at Cimarron National Grassland in southwestern Kansas. Considerations • Access to all required software is free • Camera placement matters • Detectron2 could eliminate empty images prior to manual analysis • Many tutorials are available – GitHub, RoboFlow, MatLab($) • Training to improve accuracy requires a labeled set of images. Pretrained models are rapidly improving as more labeled datasets become available. Detectron2 Detected objects even in low light. Labeled wildlife as domestic species. Training to correctly label ORVs was accomplished in 54 minutes.
INSTITUTE FOR INTERNATIONAL RESEARCH ON CRIMINAL POLICY FINANCIAL CRIME SCRIPT OF SYNTHETIC DRUG PRODUCTION Sophia De Seranno | Prof. dr. Charlotte Colman Sophia.Deseranno@Ugent.be | +32 (0)9 264 68 38 Department Criminology, Criminal Law and Social Law Universiteitstraat 4, 9000 Ghent De Seranno, S., & Colman, C. (2024). Geldstromen gerelateerd aan synthetische drugsproductie in België. In. T., Snaphaan, & P., Klerks (eds.). Crime Scripting; Theorie en Praktijk, Boom. Sources: Snaphaan et al. (2023); Snaphaan & van Ruitenburg (2024); Van Santvoord & van Ruitenburg (2022) The production, wholesale, middle level and retail of synthetic drugs (syndrug): all present in Belgium Large-scale production of (meth)amphetamine & MDMA = profit-driven crime by organised crime groups Money flows: costs, revenues, financing related to syndrug production in Belgium? judicial case file study + interviews with inmates Financial Crime Scripting (FCS) + Social Network Analysis (SNA) S1 S2 S4 S6 S1 S2 S4 S6 Financial actors: network position and connections of financers/investors/ money launderers? FCS of large-scale syndrug production Position and connections of financial actors - 119 financial actors involved in 4 scenes of syndrug production (S1, S2, S4 and S6) - Frequently interconnected →clusters - FCS is a useful tool for both practice ánd scientific research: provides insights into money flows of complex and profit-driven crime by organised crime groups - A combination of quantitative and qualitative data is preferable - FCS and SNA can strengthen each other ? ?
1ª SEMANA CIENTÍFICA MULTIDISCIPLINAR "ESPERANÇARTE" Não há distância para quem canta! 1 2 4 3 INTRODUÇÃO Esta pesquisa tem como objetivo promover a prática de artes integradas com base nas Artes Visuais e na Música associadas ao conhecimento das Tecnologias aplicadas à Educação Infantil. Como campo para o exercício dessas práticas, utilizou-se o espaço escolar, equipe pedagógica e parceiros comunitários do Centro Municipal de Educação Infantil Odila Simões, localizado no bairro Quadro na capital Vitória-ES. Em outras palavras, vale considerar a importância dessas práticas, tendo em vista que, em geral, desde os primeiros anos de formação do sujeito, as artes e as tecnologias desempenham um papel fundamental no desenvolvimento cognitivo dos alunos. Nesse sentido, essas práticas contribuem significativamente para uma aprendizagem que estimula a sensibilidade e o exercício da cidadania ativa na sociedade atual. MATERIAIS E MÉTODOS A proposta metodológica assume uma abordagem qualitativa, uma vez que os materiais utilizados foram estabelecidos de acordo com a formação acadêmica de cada profissional envolvido na organização do evento. Para a realização das atividades foram empregados instrumentos musicais, softwares, vetores, materiais para pintura e arte, que culminaram em dinâmicas musicais e coreográficas com alunos, professores e demais parceiros comunitários da referida escola. PREFEITURA MUNICIPAL DE VITÓRIA SECRETARIA MUNICIPAL DE EDUCAÇÃO CENTRO MUNICIPAL DE EDUCAÇÇAO INFANTIL CMEI ODILA SIMÕES RESULTADOS Essas práticas no ambiente escolar contribuem para a promoção da criatividade e a ampliação da visão de mundo dos alunos da instituição. Além disso, a realização dessas atividades possibilitou a publicação de dois volumes do livro MUSICOLORIR. Portanto, as reuniões de planejamento deste evento proporcionaram engajamento social entre a comunidade e profissionais de diferentes áreas do conhecimento e, com isso, os alunos da escola puderam se familiarizar com conhecimentos sobre símbolos e instrumentos musicais, artes visuais e tecnologias. CONCLUSÃO As artes são fenômenos da natureza que estão presentes em diversas manifestações sociais, inclusive nos ambientes escolares. Nesse sentido, ao iniciarmos os primeiros processos de desenvolvimento humano — a infância — as artes terão um papel fundamental na promoção da sensibilidade coletiva. Ademais, o uso das tecnologias na educação pode contribuir para a valorização das habilidades artísticas, o desenvolvimento escolar e o exercício da cidadania de todos os envolvidos. Portanto, os desdobramentos dessas atividades didático- pedagógicas contribuíram para proporcionar acessibilidade a essas práticas, atingindo um público amplo de diferentes atores da educação infantil. REFERÊNCIAS BRASIL. Ministério da Educação. Base Nacional Comum Curricular. Brasília, 2018. Esp. Luciene Rodrigues Bernardino luarter1@gmail.com Me. Thiago Pessanha Correa thipesscorr@gmail.com Esp. Elenisio Rodrigues Barbosa Junior elenisiopiano@gmail.com
EGU24-20264 Erlendsson et al. (2024) REFERENCES Blischke, A., Brandsdóttir, B., Stoker, M. S., Gaina, C., Erlendsson, Ö., Tegner, C., Halldórsson, S. A., Helgadóttir H. M., Gautason, B., Planke, S. & Hopper, J. R. (2022). Seismic volcano-stratigraphic characteristics of the Jan Mayen microcontinent and Iceland Plateau rift sys-tem. Geochemistry, Geophysics, Geosystems, 23, e2021GC009948. https://doi.org/10.1029/2021GC009948 Blischke, A., Brandsdóttir, B., Karson, J. A., and Erlendsson, Ö. (2024). Fracture zones and rift systems of eastern Iceland: Tectonic and geodynamic links to extinct rifts on the Iceland-Faroe Ridge and Iceland Plateau. EGU General Assembly 2024, Vienna, Austria, 14–19 Apr 2024, EGU24-12369. https://doi.org/10.5194/egusphere-egu24-12369 Erlendsson, Ö., Blischke, A., Hjartarson, Á., Óðinsson, D.Þ. & Vésteinsson, Á.Þ. (2023). The Geological mapping of Iceland’s Insular Shelf and Adjacent Deep Ocean. EGU General Assembly 2023, EGU23-15536. https://doi.org/10.5194/egusphere-egu23-15536. Gaina, C., Nasuti, A., Kimbell, G. S. & Blischke, A. (2017). Break-up and seafloor spreading domains in the NE Atlantic. Geological Society, London, Special Publications, 447(1):393. https://doi.org/10.1144/SP447.12 Hjartarson, Á. & Erlendsson, Ö. (2018). The Geology of Iceland´s Insular Shelf and Adjacent Deep Ocean: The Contribution of Iceland GeoSurvey to EMODnet. Íslenskar orkurannsóknir, ÍSOR 2018/027, p. 125. Hopper, J. R., Funck, T., Stoker, M. S., Árting, U., Peron-Pinvidic, G., Doornenbal, H. & Gaina, C. (2014). Tectonostratigraphic Atlas of the north-east Atlantic region. The geological survey of Denmark and Greenland (GEUS) (1st ed.). ISBN 9781786202789 Höskuldsson, Á., Hey, R., Vésteinsson, Á.Þ. & Kjartansson, E. (2009). Þróun eldvirkni við Vestmannaeyjar síðustu 20 þúsund ár. Í Sjór og sjávarlífverur, ráðstefna haldin 20.–21. febrúar 2009. Reykjavík, Hafrannsóknastofnun, Hafrannsóknir, 143, p. 19. Höskuldsson, Á, Kjartansson, E., Vésteinsson, Á.Þ., Steinþórsson, S. & Sigurðsson, O. (2013). Eldstöðvar í sjó. In: Sólnes, J., Sigmundsson,F. & Bessason, B. (ed). Náttúruvá á Íslandi — Eldgos og jarðskjálftar. Reykjavík, Viðlagatrygging Íslands/ Háskólaútgáfan. Magnúsdóttir, S., Brandsdóttir, B., Driscoll, N. & Detrick, R. (2015). Postglacial tectonic activity within the Skjálfandadjúp Basin, Tjörnes Fracture Zone, offshore Northern Iceland, based on high resolution seismic stratigraphy. Marine Geology, 367, 159-170. Nasuti, A. & Olesen, O. (2014). Magnetic data. In J. R. Hopper, T. Funck, M. S. Stoker, U. Árting, G. Peron-Pinvidic, H. Doornenbal & C. Gaina (Eds.). Tectonostratigraphic Atlas of the north-east Atlantic region. The geological survey of Denmark and Greenland (GEUS) (1st ed.). ISBN 9781786202789 Þórarinsson, S. (1965). Neðansjávargos við Ísland. Náttúrufræðingurinn, 35, 49–74.
A community platform for accelerating observationally- constrained regional ocean modeling Dan Amrhein, Gustavo Marques, Helen Kershaw, Alper Altuntas, Keith Lindsay, Mike Levy, Fred Castruccio, Manish Venumuddula, Suman Shekhar, Anh Pham A major area of opportunity: cloud capabilities for ocean data + modeling Roo Nicholson, Susan Wijffels, Enrico Milanese Progress: Northwest Atlantic regional modeling in the Community Earth System Model Existing capabilities New capabilities DART data assimilation: learning from ocean data MOM6 + CESM: ocean + climate model • Rapid prototyping for regional domains • Advance nested model capabilities • Widely used model for climate research • Large database of global climate simulations Post-processing: big data tools • CESM interface • Observational database • Efficient algorithms • Observing system design • Python wrapper for C / Fortran code • Python diagnostics • Rapid prototyping for regional DA • Dask/Pandas/Xarray • Interactive user interface (Jupyter) • DART observation space diagnostics • Regional tools • Swappable backend • Online access point Objective: advancing + integrating cyberinfrastructure to unlock novel capabilities in ocean physics, the carbon cycle, and climate change Motivating use case: an unprecedented observing network to track carbon between the atmosphere and the ocean We are porting GFDL’s 1/12 degree MOM6 ocean model configuration into CESM. This configuration provides a template workflow for automation, a testbed for data assimilation and biogeochemical capabilities, and ocean science capabilities for WHOI partners. IPCC AR6 Natalie Renier, WHOI Ocean observations are scattered across databases and formats requiring ad-hoc technical solutions for each project. We need an open database designed for fast data access. Hosting cloud-based data and modeling capabilities would dramatically streamline workflows for regional oceanography and carbon cycle science. Progress: CESM-DART integration + pyDART We are modernizing DA output analysis and testing in-memory data transfer between CESM and DART using ESMF.
MaRDI The Mathematical Research Data Initiative M. Reidelbach and M. Weber Cooperation: WIAS, DMV, ITWM, LMU, MPI DCTS, MPI MIS, MFO, TUB, TUKL, TUM, UL, USTUTT, WWU Funding: DFG MaRDI within the National Research Data Infrastructure Structure of MaRDI TA4 – Interdisciplinary Mathematics The 4 Layers of MaRDI [1] The MaRDI consortium. (2022). MaRDI: Mathematical Research Data Initiative Proposal. Zenodo. https://doi.org/10.5281/zenodo.6552436 Publications Key Aims of the NFDI: Systematically catagolize research data from publicly funded research, to secure these for the future and make them findable and accessible. Develop and establish standards in research data management and guarantee the (inter-)national linkage of research data. Key Aims of MaRDI: Establish peer review processes and quality badges for (mathematical) software. Provide knowledge about algorithms in one place and benchmarks for machine learning problems. Standardize interdisciplinary workflows.Data StructuresRepresentation FormatsExchange FormatsAPIsTest CasesMeta-DataPIDsBenchmark FrameworkPre-defined Software EnvironmentsWorkflowsOntologyLink to algorithms, publications, software, and test/data Workflows will be documented FAIR on the MaRDI Portal. Standardized descriptions enable computer-aided math and app queries. Software Hardware Process Steps Input Data Output Data Research Objective Methods Model Soon available in Password: MaRDI Try it out https://doi.org/10.5281/zenodo.6821117
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