fairdataihub/poster-sentry-training-data huggingface dataset:
M F U DATE: Thursday 3 December TIME: 6.30-8pm LOCATION: The Alderman (upstairs) 134 Lygon St East Brunswick FORMAT: 45 minute panel presentation 45 minute open discussion From the romance of fairy-tales to the sexual appeal of popular culture, the characterisation of girlhood in the Western media landscape presents a passive and commodified image of femininity in a hegemonic fashion. The development of new media technologies and the rise of consumer culture have increased anxieties surrounding the social identity and the corporeality of girls. How do girls interpret and negotiate these mainstream narratives? Is there room for alternatives? What can we learn from how girlhood has been defined in other times and cultures? Join ELODIE SILBERSTEIN (Monash University) in conversation with MICHELLE SMITH (Deakin University), SOFIA RIOS (Monash University) and FREYA BENNETT (founder of Tigress Magazine) as they problematise the idea of girlhood across borders and across time. FROM CINDERELLA TO TELENOVELAS NARRATIVES OF GIRLHOOD IN A GLOBALISED WORLD A PANEL DISCUSSION WITH ELODIE SILBERSTEIN, MICHELLE SMITH, SOFIA RIOS & FREYA BENNETT SPECIAL SEMINAR f i n d MELBOURNE FREE UNIVERSITY on twitter & facebook .org MELBOURNEFREEUNIVERSITY
W0830: an extremely cold, missing-link planetary-mass object at the low-mass end of the IMF Daniella Bardalez Gagliuffi1, Jackie Faherty1, Adam Schneider2, Aaron Meisner3, Dan Caselden4, Guillaume Colin4, Sam Goodman4, Davy Kirkpatrick5, Marc Kuchner6, Jonathan Gagné7, Sarah Logsdon3, Adam Burgasser8, Katelyn Allers9, John Debes10, John Wisniewski11, Austin Rothermich12, Nikolaj Stevnbak Andersen4,13, Melina Thévenot4, Jim Walla4 1AMNH 2USNO 3NSF’s NOIRLab 4Backyard Worlds: Planet 9 Collaboration 5Caltech/IPAC 6NASA Goddard 7Université de Montréal 8UCSD 9Bucknell University 10STScI 11University of Oklahoma 12University of Central Florida 13Kolding Hospital, Denmark Read more: Bardalez Gagliuffi et al. 2020 Citizen scientists from Backyard Worlds: Planet 9 discovered WISE J0830+2837, an extremely red source moving at 2”/yr in multi-epoch WISE images. Follow-up NIR HST imaging did not detect the source, even though it was bright in Spitzer images. The red color and non-detection in the NIR indicate that W0830 is extremely cold. With our Spitzer parallax, we can place the object at 11pc with a Tef ≈350 K. Assuming an age of 1-10 Gyr, W0830 is a planetary mass object of 4-13 MJup. W0830 fills a temperature gap between the coldest known brown dwarf (W0855, 250K[4]) and the rest of the Y dwarf population. Spitzer ch2 W0830 Spitzer ch1 W0830 W0830 W0830 HST F125W HST F125W Data from Bardalez Gagliuffi et al. 2019, Best et al. 2020, Kirkpatrick et al. 2021 Atmospheric models from Morley et al. (priv. comm.) Temperature sequence Metallicity? Surface gravity? 450 K 250 K 350 K W0830 This object is a crucial bridge connecting W0855 to the warmer Y dwarf population. Following the decommissioning of Spitzer, further characterization of W0830 will require either JWST or much deeper images from HST. Establishing metallicity, surface gravity, and temperature from its SED would aid in interpreting the role of fundamental properties in this temperature regime. Modified from Bardalez Gagliuffi et al. 2020 With temperatures ≤500K, Y dwarfs are some of the lowest-mass products of star formation[1]. Only ~40 Y dwarfs are known (30% of those with BYW![2,3]) and are critical to understanding the complex atmospheres of giant planets like Jupiter and the tail end of the IMF. References [1] Cushing et al. (2011) [2] Bardalez Gagliuffi et al. (2020) [3] Meisner et al. (2020a) [4] Luhman (2014)
GROUND REACTION FORCES INDICATE OLDER WOMEN AND CHILDREN HAVE DIFFERENT GAIT STRATEGY Rafael Baptista1, Vandressa Vargas, Leandro de Souza, Leandro Giacomazzi, Gustavo Heidner, Régis Mestriner, Andréia Aires, Rodrigo Nascimento e Marcus Vieira2. 1PUCRS e 2UFG. 1. INTRODUCTION The purpose of this study was to compare the GRF during the gait and its derived parameters between children and older women 2. METHODOLOGY Twenty-five children (age 6.39±1.88 years) and thirty- three elderly women (age 70.48±6.66 years) took part in this study. Each participant performed five trials following a verbal cue, at a self-selected pace, while wearing sports footwear, on a 6.0 m long by a 1.4 m wide walkway with 8 embedded force platforms (BTS Bioengineering). 3. RESULTS 4. CONCLUSION Significant differences in kinetic gait parameters were observed when comparing elderly women and children. Based on GRF, stance phase times, and impulses we have concluded that elderly women walked slower than children, with longer stance phase duration, increased step rate, and shorter stride length. These differences are likely the results of the opposite strategies adopted by each group. This study was financed in part by the Coordenação de Aperfeiçoamento de Pessoal de Nivel Superior – Brasil (CAPES) – Finance Code 001. e-mail: rafael.baptista@pucrs.br Table 1. Summary of GRF Vertical Parameters Note. Par. = Parameters; Gr. = Group; M = mean; SD = standard deviation; df = degrees of freedom; d = Cohen’s d. † = Mann-Whitney significant.
Community oral history in the CLARIAH Media Suite Stories in Motion Re-use Collect Archive Collect and curate ✓Obtain high audio quality to optimize use of open source ASR webservice (CLST Automatic Speech Recognition for Dutch) and/or use time-coded interview summary template. ✓Create metadata with a DCMI template for object and collection level use. ✓Use thesauri to enhance discoverability of interviews in repositories and archives. Deposit and re-use ✓Use a GDPR compliant informed consent form using accessible language and a CC BY-NC-SA 4.0 data license. ✓Deposit community oral history archive at an appropriate repository, including DANS-EASY, enabling the CLARIAH Media Suite to harvest (meta)data from DANS. ✓Use an accessible deposit and processing agreement for the community archive collection owner. Results: ✓A toolkit containing a workflow, glossary and templates supporting grassroots heritage organizations in the Netherlands in making their oral history archives re-usable through standards for data interoperability, empowering them to work more autonomously. ✓The opportunity for scholars and students to search, bookmark and annotate community oral history in the CLARIAH Media Suite environment. Presented at DH Benelux 2022 RE-MIX - Creation and alteration in DH, 1-3 June University of Luxembourg Norah Karrouche, Vrije Universiteit Amsterdam Marjan Beijering, Erasmus Universiteit Rotterdam Partners: DANS (Femmy Admiraal), DIG IT UP (Simone da Silva), Stadsarchief Rotterdam (Marie-Claire Dangerfield) Visit the Media Suite Objective: Developing a model for making community oral history archives in the Netherlands accessible as sustainable data within the Dutch infrastructure for the Arts and Humanities CLARIAH. Method: In order to create a model we trained and studied volunteers from a community archive project (DIG IT UP) in a series of workshops, in cooperation with Stadsarchief Rotterdam. We examined the project partners’ approaches to oral history and their minimal requirements for re-use as archival and research data. Relevance: Community oral history is a popular method for grassroots organizations to explore histories of communities that have left few textual traces in archival institutions. Once collected, community oral history in the Netherlands is rarely stored and curated because grassroots organizations lack the awareness and/or digital skills to deposit oral histories as data in archives and repositories. Community oral history has the potential to uncover hidden voices and add to multiperspectivity in historical research.
Camille Landri, Ondřej Pejcha, Michał Pawlak, Andrzej Udalski, Jose L. Prieto, Manuel Barrientos, Jay Strader and Subo Dong Type of cataclysmic variable (CV), white dwarf accreting matter from a companion via an accretion disc. Accretion disc undergoes semi-periodic outbursts, best explained by the Disc Instability Model (DIM, Smak 1982): • Disc initially cold and stable. • Disc temperature and surface density increase as mass builds up. • Disc reaches critical conditions and local instability propagates: sudden rise in temperature and brightness (outburst). Dwarf nova (DN) outbursts typically last for a few days and recur every few weeks. OGLE-BLG504.12.201843: A POSSIBLE EXTREME DWARF NOVA Camille Landri 1, Ondřej Pejcha 1 et al., 2022, MNRAS, 517, 2746 OGLE-BLG504.12.201843 02 WHAT IS A DWARF NOVA? 01WHITEDWARFACCRETIONDISCCOMPANION PAPER REFERENCES ABOUT ME CV discovered with OGLE (Udalski 2015) by Mróz (2015). Peculiarities: • 300 days long outbursts recurring every 1000 days, • slow brightening before outburst, • small recurring flares in quiescence. 05 WHY IS THIS SYSTEM INTERESTING? PHOTOMETRY 03 Figure 1: Photometry of O-201843. Upper panel: Archival data from DASCH (Laycock 2010). Middle panel: Data from OGLE. Left panel: Small recurring flares. Right Panel: close-up of an outburst with dates at which spectra were obtained. We acknowledge the support by INTER- EXCELLENCE grant LTAUSA18093 from the Ministry of Education, Youth, and Sports. The research of OP has also been supported by Horizon 2020 ERC Starting Grant ‘Cat-In- hAT’ (grant agreement no. 803158). Ellipsoidal modulations during quiescence. In outburst, one minima disappears, the other deepens. The outbursts come from an accretion disc. Companion hides part of the disc Disc brightness hides orbital modulations Figure 2: Phased light curve of O-201843. Left: Quiescence. Right: Outburst. SPECTROSCOPY 04 Figure 3: Evolution of the Hα/HeII lines during an outburst. Balmer absorption lines: • early F-type companion and/or accretion disc. He II emission lines during outbursts. No common features of DNe: • Double peaked lines. • Emission in quiescence becoming absorption in outburst. Spectra consistent with cold accretion discs modelled with the DIM (Idan 2010). Likely a DN with extreme properties: long outburst cycles, relatively young companion. More importantly: • Small flares in quiescence have not been observed in other DNe. • Unusually cold disc in quiescence. • Brightness increase in quiescence is a prediction of the DIM, but is never observed in DNe. 0-201843 is a great system to learn more about thermally unstable accretion discs and requires further studies! 1Institute of Theoretical Physics, Charles University, Prague, Czech Republic 14 Idan et al., 2010, A&A, 519, A117 Laycock et al., 2010, AJ, 140, 1062 Mróz et al., 2015, Acta. Astron., 63, 313 Smak J., 1982, Acta. Astron., 32, 199 Udalski et al., Acta Astron., 65,1 ACKNOWLEDGEMENTS
RESEARCH INFRASTRUCTURES OF THE FUTURE ŁUKASZ BOLIKOWSKI, DOMINIKA CZERNIAWSKA, WOJTEK SYLWESTRZAK CENTRE FOR OPEN SCIENCE, ICM, UNIVERSITY OF WARSAW OUR VISION Large, open, distributed research infrastructures will play an increasingly important role in re- search communication. Their future will be driven by the following three factors. 1. Increasing role of (big) data in research. From social sciences to medical biology, researchers will analyze large, open data repositories. 2. Emergence of autonomous research agents. Research process will no longer remain a human- only domain, machines will be increasingly important actors. 3. New communication models, including dynamically changing, heavily interlinked, openly ac- cessible research objects of varying forms. BIG DATA Big data sets contain information with enor- mous commercial and cognitive value. As a con- sequence, big data sets and data-driven research become crucial in almost every discipline of sci- ence, from social sciences to medical biology. Progress in data-driven research is hindered by prevalence of information silos. Research in- frastructures of the future should aim at opening and integrating the said silos by creating solu- tions enabling sharing and merging diverse data sets, as well as providing advanced technologies and tools for scalable data analytics. Additionally, societal externalities of big data in science will stimulate emergence of new types of scientints, new practices of knowledge cre- ation, which in turn will require new standards of communication. AUTONOMOUS AGENTS In order to cope with information overload and large quantities of data, researchers will off- load part of their work to machines. Therefore, research discoveries will no longer be a human- only domain (cf. “Robot Scientist Adam”). Research infrastructure with medium- and long-term perspectives should take into account the increasing role of machines in research activi- ties. In particular, the said infrastructures should provide machine-friendly communication proto- cols and ontologies, capable of expressing hy- potheses, methodologies, and results. In consequence, autonomous research sys- tems will be not only consumers, but also pro- ducers of knowledge. NEW COMMUNICATION Open access research infrastructures of the future will enable new forms and models of re- search communication. Differences in publishing data and text will gradually disappear. Compound research ob- jects will be published, consisting of: text, data, interactive graphs, and audiovisual material (cf. Elsevier’s Article of the future). Content will be published in machine-readable form, levaraging semantic networks (e.g. Linked Open Data). Published objects will have more diverse forms and sizes, from nanopublications to book series and large data sets. Publications will have a dynamic character (e.g. executable papers, liq- uid publications), with comments and follow-up discussion.
Cognitive Psychology, 29(1), 1­23. Infant and Child Development, 13 Advances in Infancy Research, 5, 69­95. Infancy, 17 Journal of Child Language, 41 Frontiers in Psychology, 4 Background: 1 Research Question Can we identify factors that influence the outcome of a segmentation study? age familiar novel 2,3 language background Database Information Effect Sizes for repeated measures “ ” ES References Open Science sites.google.com/site/InWordDB Join us! submit data Coordinate extensions ... Results g p 3951 infants ¾ ½ 200 250 300 350 400 Age (days) American English Canadian French European French Other Germanic Other Formula g) “ ” Study ID Participants Stimuli Procedure Results Effect size
Open Access Helpdesk: Behind the Scenes Andreas Kirchnera,b , Hannah Schneidera,b & Paul Schultze-Motela,c aBMBF-Projekt open-access.network; bKommunikations-, Informations-, Medienzentrum (KIM), Universität Konstanz; cHelmholtz Open Science Office, Helmholtz-Gemeinschaft open-access.network. Das von 2019 bis 2022 geförderte BMBF-Projekt open-access.network schafft ein neues Informations- und Vernetzungsangebot zum Thema Open Access. Die drei zentralen Ziele des Projektes sind die Bereitstellung von Informationen, die Kompetenzvermittlung sowie die Vernetzung der bestehenden Community. Lizenz: CC BY 4.0 Open-Access-Tage 2021 Online, 27.-29. September 2021 E-Mail Jederzeit: help@open- access.network Telefon Di & Do per Telefon: 14-16 Uhr unter (+49)7531/ 88 33 66 Chat Bisher zwei Tests mit versch. Tools, abschließender Test im Winter 2021/22 „Wenn ein Artikel als Erstveröffentlichung bereits eine CC BY-Lizenz hat, hat dann der Autor automatisch das Recht, die Verlags-PDF auf einem (institutionellen) Dokumentenserver abzulegen?“ „Gibt es neben Universitäten und nationalen Förderern noch Stiftungen oder EU- Organisationen, bei denen ein Zuschuss für eine OA- Veröffentlichung von Monographien möglich ist?“ „Vielen herzlichen Dank für diese schnelle und hilfreiche Antwort! Toll, dass es diesen Helpdesk gibt!" Zielgruppe: Wissenschaftler*innen und alle, die spezielle Fragen zu Open Access haben Anfragen bisher: • mit überwiegend hohem Komplexitätsgrad • von Wissenschaftler*innen und Open-Access-Professionals • thematische Schwerpunkte der Anfragen: Finanzierung von Open-Access-Büchern, Urheberrecht / Lizenzen und Qualitätssicherung Qualitätssicherung: Abstimmung der Antworten zwischen den Bearbeiter*innen, um eine hohe Qualität zu gewährleisten (bei E-Mail-Anfragen) Nachnutzung: Fragen und Antworten als Wissensbasis und Grundlage für die spätere Erstellung einer FAQ-Liste Expert*innen aus dem Projekt open-access.network antworten auf Fragen rund um das Thema Open Access Antwortzeit 2 Tage
Background image credits: NASA GSFC SVS https://svs.gsfc.nasa.gov/vis/a030000/a030900/a030998/1-SMD-FLEET_MASTER_11_23_2020.png Your Mission’s Open Science Journey A “Choose Your Own Adventure” Rebecca Ringuette, Heliophysics Digital Resource Library, NASA Goddard Space Flight Center on behalf of many contributors and supporters Link to corresponding slides. Motivation SPD-41a Moving Forward Contributors and Supporters Participation Instructions Sample Tasks (see slides for more!) Sign-up for Open Science 101 Research shows that incorporating open science practices accelerates our work and brings a diversity of perspectives to the table. While incorporation of open science practices is being encouraged from multiple entities, guidance directly relevant to missions is lacking. We present a range of practical suggestions based on the general characteristics of the PUNCH mission, NASA’s SPD-41a policy, and the input of a growing number of collaborators across science to encourage a welcoming, open, and collaborative atmosphere, including advancing mission science, improving the quality of the mission products, and building public trust. We welcome feedback and collaboration on these suggestions as we work towards a more complete list of possible open science activities for missions in Heliophysics and across science. Abstract DASH Workshop, Oct 9-11, 2023, at JHU/APL
Identification of the environmental impact of materials and processes Manufacturing and assembly of modular and reusable Electric Vehicle battery for environment-friendly and lightweight Innovative Electric Vehicles’ batteries for environment-friendly and lighweight mobility The MARBEL project is manufacturing the next generation of lightweight battery packs with the objective to accelerate the mass market take-up of electric and hybrid vehicles. MARBEL focuses on the need for fast-charging and long- lasting batteries to boost end-user demands, while applying high modularity and easy assembly and developing novel testing methodologies. The project aims at designing, developing and demonstrating new modular, compact, lightweight and high-performance battery packs, together with flexible and robust Battery Management Systems, for battery Electric Vehicles and plug-in hybrids, while maintaining safety levels, allowing fast, high-quality and cost-effective large-scale production by following eco-design principles. 2nd life reuse Solutions and processes for parts’ sustainable dismantling and 2nd life. Advanced BMS Flexible advanced Battery Management Systems (BMS). Ultra-fast charging Ultra-fast charging strategies and enhanced thermal management for an extended useful battery life. Design-for-Assembly & Disassembly Advanced battery packs using a Design-for-Assembly and Disassembly methodology. Ligthweighting the battery package Reducing the weight of the metallic parts. www.marbel-project.eu @Marbel_H2020 MARBEL H2020 project info@marbel-project.eu The project has received funding from the European Commission’s Horizon 2020 programme. Grant Nº 963540 3,5 years duration 1st January 2021 30th June 2024 Collaborative project 16 partners from 7 countries Budget 11,7M€, of which 9,8M€ funded by the European Commission under the Horizon 2020 research and innovation programme. Sustainable dismantling, reuse and second life applications of battery- pack components and materials Use of reciclable lightweight materials Duration 42 months A circular economy approach to EV battery technology MARBEL’s solution uses secondary raw materials and works on developing a more material and energy resource-efficient battery system, ensuring it is easy to dismantle, refurbish, and repurpose for second-life applications. Batteries for shorter charging time and longer journeys The project is developing modular and reusable EV battery technology, which has a longer lifespan of up to 300,000km and a greater energy efficiency in charging and energy use. MARBEL aims to reduce the environmental impact of batteries by 20% throughout their life cycle, ensuring they are easy to dismantle, refurbish, and repurpose for second-life applications. MARBEL aims to foster the acceptance and use of Electric Vehicles by solving two of the main critical points in consumer’s decision-making: limited vehicle autonomy and charging time, enabling to travel longer distances
Introduction WiNGS is a federated platform aimed at privacy-preserving but cross-center collaborations on genomic data. It contains the necessary modules to annotate both variants and samples, control data access and perform in depth data analysis. It is an open-source and collaborative genetic variant interpretation platform to analyze DNA variants in both research and diagnostic settings. WiNGS can be accessed interactively using the web-based user-interface. Additionally, WiNGS offers RESTful API which can be integrated into existing routine pipelines. Federated approach for genomics data sharing and analysis N.Sattanathan1, B.Huremagic2, J.Vermeesch2,Y.Moreau2, G.Vandeweyer1 1. University of Antwerp, Belgium ; 2. Catholic University of Leuven WiNGS Infrastructure Analysis approach WiNGS features a powerful and versatile module for a variety of sample based analyses, including single sample and trio-based. Trio-based filtering can be applied on the precomputed subset of (non-) inherited variants. These can be de novo, maternal, paternal and recessive. Additionally, compound heterozygous variant filtering is also available as WiNGS REST API. Conclusion Access to WiNGS is provided as an online service equipped with multiple protection layers. First, the centrally managed access control list (ACL) regulates access to samples on a user, or center basis. Second, all sensitive data is fetched on demand from federated instances. Finally, all communication within the system and with the user is encrypted and authenticated. WiNGS Central Infrastructure handles access control, data visualisation and all communication with the federated client hubs(Center). Client hubs hosting WiNGS API are deployed on premise as containerized applications and manage all the sensitive data. WiNGS provides the means to apply genome sequencing both in routine diagnostics and research environments. It is a privacy-preserving federated solution which can be used interactively and also automated. REST API Integration Annotation Options Existing WiNGS infrastructure annotates variants with gene information, predicted functional effect, pathogenicity prediction, population frequencies and disease associations available in ClinVar. (Non) Coding Annotations Variant annotations framework will be extended to report and filter based on the below (non) coding annotations. Regulatory region observed in specific cell types... Splice AI and MaxEntScan – Splicing. Genome Wide Annotation of Variants. Availability www.wings-platform.org Functional filtering strategy can be applied on a single sample , trio-based subset or variant based subset. Variant based analysis approach, variant discovery is the multi-tier processing flow of WiNGS, allowing simultaneous querying of full-access and anonymized data. Querying for gene/region of interest, queries all clients for variants within the request data type. WiNGS Representational State Transfer(REST) API offers support to integrate WiNGS requests into existing pipelines. API Response is structured in JSON format.To get access to this feature, registered WiNGS users can generate API token using the WiNGS interface.