fairdataihub/poster-sentry-training-data huggingface dataset:
1 Can yesterday’s data fulfil today's researchers' needs? Crafting additional ways to improve the fitness for use Sitthida Samath, CNRS, Persée (UAR 3602), Lyon, France Persée (UAR 3602), École Normale Supérieure de Lyon, 15 parvis René Descartes, 69342 Lyon Cedex 07, France Email: sitthida.samath@persee.fr Persée, a digital library and a research data supplier For 20 years, Persée1 has been the French operator for scientific literature heritage digitization and online dissemination. Persée currently has a 30 people team, involved in publishing, technical and scientific projects, and working over a fully-fledged paper-to-digital document processing chain. So far Persée has produced: • a web portal2 (standard digital library); • a triplestore3 (linked open metadata outlet); • 5 ‘perséides’4 (project-specific online corpora). Assessing the fitness for use in the light of the (yet-to-come) latest standards: a challenge for all Alongside the perseides which are the result of a co-design process, Persée has been providing legacy (meta)data to digital humanists for whom data science and computational methods, not to mention AI/ML, have become standard practice. Since ‘Collections as data designed for everyone serve no one’ (The Santa Barbara Statement on Collections as Data, 2017), Persée has implemented various methods to ensure the fitness for use, including quality checks, user feedback analysis, co-design. Yet, the same questions eventually arise again: 'Can yesterday’s data fulfil today’s researchers’ needs? What are these needs? How can we ascertain quality?’. 3 down-to-earth ways of addressing the problem Taking our part in the collaboration of library science, computer science and humanities working together with digital cultural heritage (Oberbichler et al., 2022), we saw fit to extend customer study. Drawing up explicitly the Persée FAIR Implementation Profile (Schultes et al., 2020), mapping visually user types and data dissemination channels, then applying graph analysis, makes it possible to highlight critical nodes, popular use cases and intensive use areas. Moreover, modelling a typical data reuse process (fig. 1) makes it possible to (re)locate occurrences of data friction (Edwards et al., 2011). 1 https://info.persee.fr/?lang=en 2 https://www.persee.fr/ 3 https://data.persee.fr/?lang=en 4 https://info.persee.fr/perseides/?lang=en
DD.MM.YYYY Influence of KI flux purity on the properties of CZTS powders and monograin layer solar cells K. Muska, H.-L. Ots, K. Timmo, M. Pilvet, R. Kaupmees, V. Mikli, M. Grossberg, M. Kauk-Kuusik 10.11.2022 Introduction Some unintentional impurities in CZTS are detrimental on the performances of solar cells. Laboratory of Photovoltaic Materials Department of Materials and Environmental Technology Tallinn University of Technology Aim of the study Investigate the influence of purity of Potassium iodide (KI) on the properties of CZTS absorber materials and monograin layer solar cells performance. 99.999 % purity ZnS; S; SnS; CuS 99 - 99.998 % purity KI salt as flux Monograin powder technology Experimental Sample name by KI Purity, % Company Price, €/100g 99% Alfa 99 Alfa Aesar 45 99.5% Fluka 99.5 Honeywell/Fluka 44 99.8% Merck 99.8 Merck 38 99.995% Supelco 99.995 Supelco 333 99.998% Alfa 99.998 Alfa Aesar 1008 99.995% Acros 99.995 Acros organics 121 Test six different KI salts with up to 22x different in price and up to 500x different in some impurity levels CZTS monograins are synthesized from high purity precursors in the liquid phase of KI Acknowledgements European Regional Development Fund Project TK141, Estonian Research Council grant PRG1023. European Union’s H2020 research andinnovation programme under Grant Agreement nº 952982 (CUSTOM-ART).
This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Grant Agreement No 101000794. Newsletter EXELISIS COPYRIGHT© 2nd Issue June 2022 In this Issue 1. Executive Management Board of SECRETed 2. Overview of SECRETed 3. Methodological steps 4. News and achievements 5. Dissemination activities To gain access to our forthcoming Newsletters subscribe through our website https://www.secreted.eu/ Check the previous 1st issue of the SECRETed Newsletter HERE
Thai Home Falls Hazards Assessment Tool (Thai-HFHAT) 44 items Steps for using the assessment form Step 1: Go to each room and the area of your home using this quiz look for the hazards listed below the image on each page. (Some items may not be relevant to your home.) Step 2: If hazard is found in the room mark ✓ at the box in front. Step 3: After checking all the hazards, write down the total score for each room. After that, write your total score in the big box on the last page. Living room 1.  The lighting is not suitable for activities 2.  The steps in the room 3.  Not enough space for movement 4.  Cluttered objects or wires block the path Total score 
Poster STI 2022 Conference Proceedings Proceedings of the 26th International Conference on Science and Technology Indicators All papers published in this conference proceedings have been peer reviewed through a peer review process administered by the proceedings Editors. Reviews were conducted by expert referees to the professional and scientific standards expected of a conference proceedings. Proceeding Editors Nicolas Robinson-Garcia Daniel Torres-Salinas Wenceslao Arroyo-Machado Citation: Yu, C. (2022). Technological paradigm of convergence technologies: An empirical analysis on the technological trajectories of cultured meat. In N. Robinson-Garcia, D. Torres- Salinas, & W. Arroyo-Machado (Eds.), 26th International Conference on Science and Technology Indicators, STI 2022 (sti2270). https://doi.org/10.5281/zenodo.6960305 Copyright: © 2022 the authors, © 2022 Faculty of Communication and Documentation, University of Granada, Spain. This is an open access article distributed under the terms of the Creative Commons Attribution License. Collection: https://zenodo.org/communities/sti2022grx/
Open Schools Journal for Open Science Vol. 3, 2020 Toxicity of azo-dyes combined with TiO2 nanoparticles Kroath M. BG/BRG Schloss Wagrain Punz E. BG/BRG Schloss Wagrain Joubert I.A. Dept. Biosciences, University of Salzburg Himly M. Dept. Biosciences, University of Salzburg Geppert M. Dept. Biosciences, University of Salzburg https://doi.org/10.12681/osj.22590 Copyright © 2020 M. Kroath, E. Punz, I.A. Joubert, M. Himly, M. Geppert To cite this article: Kroath, M., Punz, E., Joubert, I., Himly, M., & Geppert, M. (2020). Toxicity of azo-dyes combined with TiO2 nanoparticles. Open Schools Journal for Open Science, 3(2). doi:https://doi.org/10.12681/osj.22590 http://epublishing.ekt.gr | e-Publisher: EKT | Downloaded at 02/03/2021 01:48:43 |
PRAZOS IMPORTANTES Submissão do texto completo: até 15 de julho de 2024. Conclusão do processo de avaliação: até 15 de outubro de 2024. Publicação da edição especial (expectativa): novembro/dezembro de 2024. EDITORES CONVIDADOS Mário Vasconcellos Sobrinho – Universidade Federal do Pará, Brasil (mariovasc25@gmail.com) Mariluce Paes-de-Souza – Universidade Federal de Rondônia, Brasil (mariluce@unir.br) Ana Maria de Albuquerque Vasconcellos – Universidade da Amazônia, Brasil (anamaria.vasconcellos@unama.br) Irma Garcia-Serrano – Universidad Central Del Ecuador, Equador (iggarcia@uce.edu.ec) Emilio F. Moran – Michigan State University, Estados Unidos; Universidade de Campinas, Brasil (moranef@msu.edu) Revista de Administração Contemporânea Journal of Contemporary Administration e-ISSN: 1982-7849 CALL FOR PAPERS TEMÁTICA DA CHAMADA Desde a década de 1990, o debate sobre a necessidade de gestão de recursos naturais para o desenvolvimento regional sustentável na e da Amazônia se apresenta proeminente. No contexto desse debate pelo menos quatro grandes vertentes teóricas se apresentaram como alternativas econômicas para alicerçar o desenvolvimento regional (Vasconcellos, 2013). A primeira defende a verticalização produtiva de recursos (até então proeminentes exportadores), tais como ferro, manganês, madeira e produtos vinculados ao agronegócio. A geração de commodities está no centro dessa proposição. A segunda vertente fundamenta-se na pequena agricultura familiar, uma vez que a maior parte dos negócios e população rural e regional está a ela vinculada e, portanto, seria o caminho para geração de trabalho e renda para o desenvolvimento regional. A inclusão de pequenas propriedades rurais amazônicas a partir de políticas públicas envolve a garantia de preços mínimos para produtos da biodiversidade. Bioeconomia e Negócios Inovadores e Sustentáveis no Contexto da Gestão de Recursos Naturais e Enfrentamento às Mudanças Climáticas na Amazônia Revista de Administração Contemporânea - RAC | Call for Papers: Bioeconomia e Negócios | doi.org/10.5281/zenodo.10048489 | e-ISSN 1982-7849 | rac.anpad.org.br
THE LIFEPLAN® TRAINING and EQUIPPING PROGRAMME AUTHeR (Africa Unit for Transdisciplinary Health Research) takes pleasure to present LIFEPLAN®. AUTHeR, a research entity of the Faculty of Health Sciences of the North-West University, strives to provide research across disciplinary boundaries that offer realistic solutions to address community challenges. Communities need to be empowered through continuous social impact because health is an extremely valuable necessity for everyday life. Before one can improve health or even refer to health, seven fundamental resources for health come to play (Ottawa Charter of the WHO, 1986), namely shelter, food, peace, income, education, sustainable eco-systems and equity; all intertwined into the socio-economic and ecological determinants of health. This opens the essential need for health to mediate across boundaries into the public and private sectors. LIFEPLAN® represents therefore a holistic and transdisciplinary approach to enable any responsible citizen, grappled in the realities of low literacy but in need of basic life skills. LIFEPLAN® version 2 presents the upgraded, current and relevant curriculum, based on rigorous original research output. The original LIFEPLAN® was written for a specific target audience that of farm workers stuck within structural poverty. LIFEPLAN® version 2 however, broadened the scope to include any person. LIFEPLAN® is based on the interdependent relations from intrapersonal to interpersonal to household, communities and societies. From a holistic approach to health complexities, this life skills training encapsulates all the dimensions of physical health, psychosocial and economic wellbeing within cultural diversity, environmental health, consumer health, ethics and food systems, to list a few. The facilitator becomes the central figure to enable learning through interactive participatory pedagogy.
AMERICAN JOURNAL OF EDUCATION AND LEARNING ISSN: 2996-5128 (online) | ResearchBib (IF) = 9.918 IMPACT FACTOR Volume-2| Issue-4| 2024 Published: |30-11-2024| 589 UCH O‘LCHOVLI LAPLAS TENGLAMASI UCHUN YARIMCHEKSIZ PARALLELEPIPEDDA CHEGARAVIY MASALA https://doi.org/10.5281/zenodo.14224001 K.T. Karimov, D.A. Mutalipova, Farg‘ona davlat universiteti, karimovk80@mail.ru, dilshodaxonmutalipova@gmail.com Annotatsiya Mazkur ishda uch o‘lchovli Laplas tenglamasi uchun yarimcheksiz parallelepipedda Dirixle-Neyman tipidagi masala o‘rganilgan. Masala yechimiming mavjudligi va yagonaligi spektral analiz usuli yordamida isbotlangan. Tayanch so‘z va iboralar Uch o‘chovli Laplas tenglamasi, Dirixle-Neyman masalasi, spektral analiz usuli. I. Kirish. Masalaning qo‘yilishi Quyidagi uch o‘lchovli 0 xx yy zz U U U    (1) Laplas tenglamasini           , , : 0, , 0, , 0, x y z x a y z c      yarimcheksiz paralellepipedda qaraymiz, bu yerda ,a c R  ;   , , U U x y z  - noma’lum funksiya. Ikki va ko‘p o‘lchovli Laplas tenglamasi uchun chegaraviy masalalarni chegaralangan sohalarda [1], [2] ishlarda uchratish mumkin.  sohada (1) tenglama uchun quyidagi masalani tadqiq qilamiz. DN  masala.  sohada (1) tenglamani va quyidagi     2,2,2 , , , , , , , ( ) x y z x y z U x y z C C U U U C     , (2)   0, , 0 x U y z  ,   , , 0 U a y z  , 0 y  , 0 z c   , (3)     ,0, , y U x z g x z  , 0 x a   , 0 z c   , (4)   lim , , 0 y U x y z   , 0 x a   , 0 z c   , (5)   , ,0 0 z U x y  ,   , , 0 U x y c  , 0 x a   , 0 y   (6)
6th Design & Emotion Conference 2008 — Poster Brief Game Design for Personal Health Management: An Emotional and Educational Perspective Peter Kwok Chan, Ph.D. – Department of Industrial, Interior, and Visual Communication Design, The Ohio State University, Columbus, Ohio, USA, (1) 614-247-4271, chan.179@osu.edu Elizabeth B.-N. Sanders, Ph.D. – Department of Industrial, Interior, and Visual Communication Design, The Ohio State University, Columbus, Ohio, USA, (1) 614-975-9437, sanders.82@osu.edu Erik A. Evensen – Department of Industrial, Interior, and Visual Communication Design, The Ohio State University, Columbus, Ohio, USA, (1) 603-661-9660, evensen.1@osu.edu Research Team – Erik A. Evensen, Erwin Lian, Erin Lucarelli, Louis Miller, Paul Scudieri Abstract This poster presents the efforts of a graduate student team that developed a board game design to engage children living with diabetes, as well as their friends and parents, in personal health management. Diabetes has multi-leveled health and life style management requirements, and employing a game format can simplify complex concepts in appealing ways and motivate appropriate behavior. The students applied participatory design research methodologies to co- design with subject matter experts, educators, care providers, and end-users. The students utilized game design strategy, character design, and storytelling to develop an emotionally connected and fun activity where game players interact with each other while learning about personal health management. The authors summarized this collaborative design process and shared the learning experiences of the students. Conference Theme: Toy and Game Design Keywords: Game Design, Design Research, Design Education, Participatory Design Research, Diabetes, Fun 1
Optical light curves of the FUor and FUor-like objects Evgeni Semkov1, Stoyanka Peneva1, Sunay Ibryamov2, Ulisse Munari3, Hiroyuki Mito4 1) Institute of Astronomy and NAO, Bulgarian Academy of Sciences, Sofia, Bulgaria 2) Department of Physics and Astronomy, Faculty of Natural Sciences, University of Shumen, Shumen, Bulgaria 3) INAF Osservatorio Astronomico di Padova, Sede di Asiago, Asiago, Italy 4) Kiso Observatory, Institute of Astronomy, University of Tokyo, Japan
A Study on the Relationship between the Form Features and Image Perceptions of Signboards in Taiwan Ching-li Lin - Department of Visual Communication Design, The Transworld Institute of Technology, Yun Lin, Taiwan, (886) -5-5370988#8204, ap@tit.edu.tw Shing-Sheng Guan - Professor/Department of Visual Communication Design, National Yunlin University of Science and Technology, Yun Lin, Taiwan, (886) -5-5342601#6000, ssguan@yuntech.edu.tw Abstract This study uses Taiwan’s business districts as samples, which already carried out renovation program of signboard form and had assisted by the Department of Commerce, Ministry of Economic Affairs (DOC, MOEA) of Taiwan since 1996. we adopt some methods, which are multi-stage picking-out method, focus group, method of semantic differential, and questionnaire survey to establish a database on the relationship between the form feature and image perceptions of signboards. The results of this study were as follows: First, the analysis of Quantitative Theory Type I shows that the “frame”, “top shape”, “left side shape” and “right side shape” of signboard form features have more effects on image perceptions of “modern-traditional” and “friendly-cold”, which their partial correlation coefficient (PCC) of design elements are higher than 85%. Second, the “direction” variable is the least significant one on the 2 image expressions of the signboard form. Third, according the result of this paper, which can offer a reference for someone are engaging in signboard form design in the future. Conference theme: Values and Culture Keywords: signboard, form features, image perceptions, Taiwan
Colección de ESMOS 1 Infografía Nanopartículas de TiO2, ¿Aliadas o enemigas de la vida? Hannia Josselín Hernándes-Biviano iD, Sofía López González iD, Diana Belen Marcial-Reyes iD, Daniel Emmanuel Perez Figueroa iD, José Arturo Pantoja Cruz iD Licenciatura en Biotecnología, Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla *Email: sofia_lpg@outlook.com 07 de mayo de 2024 DOI: http://doi.org/10.5281/zenodo.11134301 Editado por: Jesús Muñoz-Rojas (Instituto de Ciencias, Benemérita Universidad Autónoma de Puebla, Puebla, México). Revisado por: Luis Ramiro Caso Vargas (Biotecnología, Facultad de Ciencias Biológicas, Benemérita Universidad Autónoma de Puebla, Puebla, México). Apoyo en la maquetación: Luz del Carmen Cortés Reyes (Estudiante de Bioquímica Clínica, Universidad de las Américas Puebla, Puebla, México). Colección de ESMOS Resumen El dióxido de titanio es un mineral y compuesto inorgánico formado por la unión de un átomo de titanio y dos de oxígeno con fórmula química: TiO2, se comporta como semiconductor normalmente en la fase anatasa y rutilo [1]. Es poliforme y existe de forma natural en tres diferentes tipos cristalinos: anatasa, rutilo y brookita. Todas presentan distintas
Are Auditory Evoked Potentials (AEPs) altered in patients with chronic subjective tinnitus? B-ORL Spring Meeting March 6th, 2021 L. Jacxsens 1, K. Bens 1, E. Cardon 1,2, L. Jacquemin 1,2, S. Michiels 3, A. Van der Wal 1,2, W. De Hertogh 1 1. University of Antwerp 2. Antwerp University Hospital 3. Hasselt University
FACTS TO EQUATIONS & WHAT! / WOW! TO HOW? Abstract: While planning to educate astronomy outside the classroom, we must first distinguish with whom we teach, in what environment, etc. If the age group is at an education level, they can use it for a career path, and others can take it as a hobby and awareness. Besides regular talks and models, etc., we can make them work with maths, physics and problem-solving related to astronomy and space education in a fun way. We have to differentiate between facts learning and analytical thinking. All about explanation through models and related helps to know the truth and facts, but working with the problem induces their analytical thinking with enthusiasm. Hence, this allows either way of raising the interest in astronomy and also good at analytical thinking. In this I discuss what are such examples. CHRISPHIN KARTHICK, INDIAN INSTITUTE OF ASTROPHYSICS, INDIA 5th Shaw-IAU Workshop on Astronomy for Education
3D modeling of a superconducting dynamo- type flux pump Asef Ghabeli 1, Enric Pardo 1, Milan Kapolka 2 1. Institute of Electrical Engineering, Slovak Academy of Sciences, Bratislava, Slovakia. 2. Aerospace & Computational Engineering, University of Leicester, Leicester, United Kingdom. PRESENTED AT: centennial (iPosterSessions - an aMuze! Interactive sy... https://asc2020.ipostersessions.com/Default.aspx?s=1... 1 of 14 09/11/2020, 16:26
The Survey Quality Predictor 3.0 What is SQP? • A software to predict the quality of continuous latent survey questions • A searchable open-access database of survey questions and estimates of their measurement quality in many different languages • Freely available at How does SQP work? Almost like the weather forecast... Lydia Repke1, Cornelia Neuert1, & Wiebke Weber2 1 GESIS – Leibniz Institute for the Social Sciences, Germany 2 Ludwig-Maximilians-Universität München, Germany Facts Quality prediction available for • 28 languages • 33 countries • continuous latent variables Prediction algorithm is based on • >600 MTMM experiments Database contains • >75.000 survey questions Coding of the formal question characteristics e. g., number of scale points, polarity Based on a meta-analysis of Multitrait-Multimethod (MTMM) experiments with attitudinal questions Quality estimates = reliability x validity SQP Estimation algorithm i. e., random forest model or https://sqp.gesis.org/ What can SQP be used for? 1 3 Questionnaire Development Search for already existing items in the database Add new survey questions, code their characteristics, and get a qua- lity estimate Compare different versions of sur- vey items and their quality estimates Download information from the database Translation Checks Compare the formal and linguistic codes between different language versions of the same question (e.g., between source and translated ver- sion) Uncover translations that might be problematic Correction for Measurement Error Use the quality estimates in your substantive analyses Discover the true correlations bet- ween items by correcting the ob- served correlations 2 • • • • • • • •
Newsletter Issue 6 August 2021 The overall objective of the MASTRO project is to develop intelligent bulk materials for the transport sector incorporating self-responsive properties In this issue: 1. The MASTRO Workshop on “Developing Intelligent bulk Materials for Smart Transport Industries” 2. The final results of MASTRO 3. MASTRO´s Exploitation Plan 4. MASTRO Dissemination Activities 5. MASTRO Publications 2021 6. MASTRO Videos 7. Who we are From nanomaterials and manufacturing know-how to building self-responsive materials for the aerospace, automotive, and transport sectors This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Grant Agreement no 760940.The material presented and views expressed here are the responsibility of the author(s) only. The EUCommission takes no responsibility for any use made of the information set out. COPYRIGHT © AXIA INNOVATION
Improvements in mycoremediation technology for the recovery of contaminated soils DEMONSTRATION SITE What are the expected results? The LIFE MySOIL project develops a competitive and innovative technology to demonstrate the feasibility of mycoremediation to remediate all petroleum-derived organic pollutants from aged contaminated soils MySOIL project includes the design, construction, and operation of different pilots for TPH mycoremediation testing in 3 different sites (Spain, France, and Italy) and one additional small pilot to study the technology’s transferability for the remediation of HTF (Heat Transfer Fluid) polluted soil 90% Removal of total petroleum hydrocabons >75% Reduction of soil toxicity 100m3 Valorisation of of agro-industrial waste as fungal inoculum amendment Reduction of environmental impacts compared to the thermal desorption baseline scenario: 90% energy 55-70% in toxicity 55% global warming What are the environmental objectives? Remove all petroleum-derived organic pollutants from aged industrial contaminated soils Promote and demonstrate mycoremediation as a key bioremediation technology Reduce the environmental impacts of mycoremediation processes in comparison with conventional technologies Promote the principle of a circular economy remediation & waste into development This project has received funding from the LIFE Programme of the European Commission under contract number LIFE20 ENV/ES/000416. More information: www.lifemysoil.eu @MySOIL_EU @mysoil-life-project MySOIL – LIFE project contact@lifemysoil.eu Site characterization Biotreatability testS SMALL PILOTS PILOT MYCOPILES The soil texture is sandy clay loam. Soils of an already strongly biodegraded middle distillate, with a TPH concentration of 5,7 g/kg. 30 strains tested for growth and survival on the soil. Five saprotrophic strains were selected for the biotreatability tests. Mixtures of coarse and fine material were trialed as soil bulking agent. Four conditions are tested using a Pleurotus sp.: + a biopile (periodically mixed) + 3 static systems: • 1 thick layer with 100 kg of inoculum • 4 thin layers with 25 kg each • full mixing of inoculum and soil. Small pilots and pilot mycopiles installed and operated sequentially for 6 months, respectively, at former refinery in Rouen managed by VALGO 1 active and 1 control biopile of 50 m3 will be designed and settled from the small pilot results.