fairdataihub/poster-sentry-training-data huggingface dataset:
Cucumaria flamma Solís & Laguarda, 1999 Diagnosis (Tomada de Solís-Marín & Laguarda-Figueras 1999) Cuerpo curvo, ano y boca en posición terminal, dirigida hacia arriba. Presentan un tamaño medio aproximadamente de 55-150mm. Piel lisa y blanda. Los pies ambulacrales son grandes y contraídos, particularmente abundantes en la parte ventral, no arreglados en bandas, presentes en el interambulacro. Presenta un surco desde la base de los tentáculos hasta el ano en la parte dorsal. La boca presenta 10 tentáculos dendríticos, con ramificaciones abundantes con coloración naranja con motas en color blanco. Anillo calcáreo simple, pequeño y sólido con proyecciones anteriores, los radios e interradios presentan el mismo tamaño. Dos vesículas de Poli. Espículas de la superficie dorsal en forma de placas perforadas lisas y botones lisos con dos perforaciones centrales, en la superficie ventral en forma de botones abollonados ( 110-150 µm) y abundantes placas perforadas lisas (200 µm), en el introverso presenta espículas en forma de estrella (~ 340µm) o placas perforadas elongadas o irregulares (200 µm) , en los tentáculos puede presentar dos tipos de espículas barrotes perforados largos, robustos , ramificados y placas perforadas ovaladas con márgenes festonados. Descripción: organismos de entre 3 a 16 cm de largo, el cuerpo presenta una forma curva, pared corporal gruesa y lisa; boca y ano en posición terminal, particularmente dirigidos hacia la parte dorsal. En la superficie dorsal del cuerpo presenta un surco profundo el cual se extiende desde la base de los tentáculos hasta el ano. Los pies ambulacrales son cilíndricos, blandos y largos, no se encuentran arreglados en bandas, presentan una coloración café, estos están distribuidos con mayor abundancia en la parte ventral y suelen estar contraídos, mientras que en la superficie dorsal son poco abundantes. La boca se encuentra rodeada por una corona de 10 tentáculos con forma dendrítica, los cuales presentan una coloración naranja con pequeñas motas blancas. El ano se encuentra rodeado por 3 a 5 papilas, éstas suelen ser más visibles y grandes en individuos pequeños, mientras que en organismos de mayor talla éstas presentan un menor tamaño y en la mayoría se encuentran contraídas. Anillo calcáreo simple, bien desarrollado y sólido con pequeñas proyecciones anteriores, presentando los radios e interradios aproximadamente el mismo tamaño. Espículas de la superficie ventral en forma de botones abollonados con cuatro perforaciones o más, los cuales no eran tan abundantes; placas perforadas lisas e irregulares, las placas terminales presentan forma de sol con perforaciones, barrotes perforados sin ramificaciones y alargados, en la superficie dorsal se observan placas perforadas lisas, irregulares y alargadas, botones lisos
T o r t u g a L a ú d Identificando las 7 especies de tortugas marinas T o r t u g a 5 Placas a lo largo del borde del capazarón 2 garras en las aletas delanteras CABEZA GRANDe color café rojizo T o r t u g a l o r a 5 Placas a lo largo del borde del caparazón 1 garra en las aletas delanteras 1-2 garras en las traseras mandíbula estrecha y pico curvo 2 GARRAS EN LAS ALETAS DELANTERAS 4 placas sobrelapadas en el caparazón T o r t u g a o l i v á c e a color verde oliva 6-9 placas a lo largo del borde del caparazón CAPARAZÓN CASI CIRCULAR 1-2 garras en todas las aletas T o r t u g a p l a n a CAPARAZÓN REDONDO Y PLANO CAPARAZÓN DELGADO CUBIERTO POR CUTÍCULA CON CERA 1 garra en cada aleta 4 PLACAS EN EL BORDE DEL CAPARAZÓN 4 placas a lo largo del borde del caparazón (no se sobrelapan) 1 garra en las aletas delanteras Par de escamas en la parte delantera de la cabeza 5 crestas a lo largo de la espalda (sin escamas) sin garras cuero suave como piel muesca en forma de diente mandícula superior color negro a azul oscuro color gris a verde olivo claro To rt ug a Ca re y COLOR CAFÉ VERDOSO OSCURO color gris oliva V e r d e color café (verde en el nombre se refiere a la grasa verde) por paige Strudwick del ICrs reefbites traducTOR diana C.vergara ref: fisheries.noaa.gov c a g u a m a
Contemporary Art in the Heritage Experience Conference 2019: Schedule for Paper Presentations Monday 29th July: Creation Theme Morning – 11:15-13:00 Socially-engaged and Participatory Strategies Processes of Creation and Engagement (1) Experiential and Sensory Strategies Pippa Hale ‘Consumption’, a site-specific installation for Ripon Workhouse Museum Jo Coupe Sidestepping history – looking at decay and conservation in heritage sites Carolyn Alexander Authentic Reproductions and Artistic Replications; sculpture as an interpretive tool to further engagement with vulnerable or lost heritage Frances Guy ‘Here You Are’: the democratic potential of socially-engaged art in heritage sites Catherine Bertola Drawing on the past: exploring history through art practice Francesca Lockett- Richardson Patterns of Tactility and Sound: Sensory engagement and co-creation with the visually impaired and the textile artist at Macclesfield Silk Museum Stephen Livingstone & Pearl Saddington The Boat – cast adrift in a sea of doubters Cole Akers The Glass House, a site of the National Trust for Historic Preservation Romany Reagan Doors of perception into borderland worlds: Contemporary audio walking practice in a Victorian garden cemetery Nicky Bird On the cusp: artist, community and intangible heritage Lynn Setterington Sew Near- Sew Far
Mosaic, an openFrameworks based Visual Patching Creative-Coding Platform Emanuele Mazza María José Martínez de Pisón Laboratorio de Luz, Universitat Politècnica de València emanuelemazza@d3cod3.org mpison@pin.upv.es ABSTRACT Mosaic is an open source multiplatform (osx, linux, windows) live coding and visual programming application based on openFrameworks. This paper describes the initial ideas that have driven its development, its internal structure and the basic libraries it is comprised of, the levels of complexi- ty that can be developed with Mosaic, (from beginner, to very complex developments) and the main contributions to the field of live coding/visual programming and also to the field of creative coding teaching/learning. We present the development framework, which integrates two paradigms: visual programming (diagram) and live coding (scripting), to show its features and potential, most significantly, the learning feedback generated through to the relationships it establishes between human-machine. In other words, amplifying access routes to that relationship/interrelation promotes augmented- thinking through feedback. Keywords: Mosaic, openFrameworks, live-coding, visual-programming, creative-coding teaching/learning 1. INTRODUCTION Mosaic is a visual programming and live coding environment, based on openFrameworks. In the data flow environment, the possibility of programming in different scripting languages (Lua, Py- thon, BASH, GLSL) is inserted through specific objects that can be activated simultaneously (see Figure 1). Mixing visual diagram and scripting concepts (diagram and language) allows us to combine the possibilities of two media to offer variable learning curves for variable user levels. Visual pro- gramming helps to understand and visualize schematically what the machine is doing (Tan- imoto 2013, 31-32), because objects show what’s happening with the information flows being generated or modified, which provides a more intuitive and flexible feedback. Scripting, on an- other level, allows us to explore and understand the specific processes that are involved in more detail and more deeply. This hybridization depicts a fertile two-way cross-pollination situation that amplifies the human-machine communication, providing something similar to the benefits introduced by the Dual Coding Theory (Paivio 1990, 57). The project, at alpha stage right now, is being developed through a modular structure of inde- pendent ofxAddons. For example, ofxVisualProgramming is the central code for visual program- ming, and is kept isolated to encourage contributions, simplify error correction and improve the quality of the code, but most of all to encourage a collaborative community-driven development of Mosaic project. Describing all the Mosaic characteristics could be a very complex task (OF and ofxAddons ecosys- tem is extremely large, and the possibility of multiple scripting languages increases its complexi-
OR2021 Poster Submission 16th International Open Repositories Conference, June 7​th​ -10​th Atrium Repository: ​ diffusion of cardiology specialized knowledge Francijane Oliveira da Conceição​1,2 ​(franolive83@gmail.com​; orcid: ​https://orcid.org/0000-0001-8614-7609​), Cyntia Mendes Aguiar​1,2 ​ (​cy.aguiar@gmail.com​; orcid: ​https://orcid.org/0000-0002-4007-590X​), Renato Cerceau​1,3 ​ (​cerceau@gmail.com​; orcid: ​https://orcid.org/0000-0003-3953-4715​); Jorge Juan Zavaleta Gavidia​4 ​ (​zavaleta.jorge@gmail.com​; ​https://orcid.org/0000-0002-4747-8613​); Cristiane da Cruz Lamas​1,2,5​ (​cristianelamas@gmail.com​; ​orcid: ​https://orcid.org/0000-0002-5561-999X​) 1. Instituto Nacional de Cardiologia - INC 2. Fundação Oswaldo Cruz - FIOCRUZ 3. Universidade Estadual do Rio de Janeiro - UERJ 4. Universidade Federal do Rio de Janeiro - UFRJ 5. Universidade UNIGRANRIO Abstract The Instituto Nacional de Cardiologia (INC), a public tertiary referral cardiology centre located in Rio de Janeiro, Brazil, aims to structure and organize all available institutional data into one single space that is easily accessible to its workers and also to the wider scientific community and general public. At present, these data are dispersed in different sources, with little acessibility and low safety . International experience suggests the most adequate way to preserve the institutional memory and to diffuse knowledge is through a structure called repository. Technological tools make the creation of a repository easier nowadays. Our Project aims to structure the ​ATRIUM​, INC’s institutional repository . The ​ATRIUM will store all relevant institutional data and allow members of the public safe and timely access to it. Keywords Repository, Open Science, Open data, Popularization of Science Audience Repository managers, developers, data producers, librarians. 1
Search strategies-Characteristics, treatment, and outcomes of De Clérambault’s syndrome- A systematic review of case report and case series. Estrategia de Búsqueda presentada en la Escuela de Medicina de la Facultad de Ciencias Médicas de la Universidad Central del Ecuador Asignatura: Psicopatología. Profesor: Dr. Danny Raúl Zuñiga Carrasco Estudiantes: Laura Isabella Álvarez Cárdenas Anahí Carolina Batallas Izurieta Angely Fernanda Maldonado Quishpi Christiam Dimitri Mena Dueñas Doménica Margarita Ortiz Orozco Stalin Rafael Paredes Velasco Quito 2023
Astronomy on TikTok by Tijana Prodanovic* aka @drcosmicray • Advantages of TikTok over other platforms (YouTube, Instagram etc.) • Gen Z & Alpha’s home turf • Authentic • More relaxed • Current (hot topics) • Bite-size education • Trends – easy to get viral and get large reach • Lots of questions! Big classroom! Tijana Prodanović @ 5th Shaw-IAU Workshop - Astronomy Beyond the Classroom *Department of Astronomy Faculty of Mathematics, University of Belgrade
1 Protocols (1) Experimental protocol overview General experimental procedures (a) For every two days, the cultures are diluted (dilution rate: 1/100) and propagated. (b) For every 30 transfers (~200 generations), samples are frozen, two frozen samples for each culture. (c) For every 30 transfers, population densities are measured. Density measurement/contamination checking are done at transfer 30×N-2, and sample storage is done at transfer 30×N (N = 1, 2, …). The following standards are followed (a) Liquid medium: 0.1M9KB; specifically, M9 buffer supplemented with 1 g/L glycerol and 2 g/L peptone (No.3). This liquid medium was used for selection experiment; 5 mL of broth in 50-mL centrifuge tube (Crystalgen). At the three temperatures used in this study, this medium supports a stationary-phase of 4~6 × 10e8 cells/mL for the ancestral E. coli, and 3~7 × 10e8 cells/mL for the ancestral P. fluorescens. (b) Agar plates: M9KB with X-gal (40 mg/L) and M9KB with X-gal plus kanamycin (100 mg/L), for measurements of population densities; M9KB with X-gal for fitness assays (P. fluorescens); TA agar for fitness assays (E. coli). (2) Transferring (a) Cultures grown in static incubators. (b) Transferring should be made 44-52 hours after the previous transfer. (c) Each fresh microcosm contains 5 mL of nutrient broth. (d) Visually confirm turbidity of each old culture. (e) Vortex cultures and transfer 50 μL of old cultures to new microcosms. (f) For those with migration treatment, after inoculation at each transfer, 50 uL of cultures were moved to each neighboring temperature environment, with the following migration directions: from 19 to 26°C, from 26 to 31°C, from 31 to 26°C, and from 26 to 19°C. (g) Incubate the new microcosms for 48 hours. … Note：Old cultures were not immediately discarded after each transfer. They were kept for another two days. In cases that a microcosm of transfer N+1 did not show growth (presumably due to practical mistakes) or was destroyed for some reasons, we would use the old microcosm (transfer N) to inoculate the microcosm of transfer N+2. (3) Density measurement and storage (a) Density measurement is done every 200 generations (30 transfers). Cultures were diluted in M9 (1/(0.5×10e6) dilution rate) for plating. Culture conditions for plate incubation: E. coli, M9KB agar (with X-gal) at 37°C; P.
1 Students’ Post Plagiarism Experience and Resilience for Quality Research Activities in Nigerian Universities Eseyin, Emmanuel Olorunleke (PhD) Human Capital Policy Department, Nigerian Institute of Social and Economic Research (NISER) Oyo Road, Ojoo, Ibadan, Oyo State, Nigeria Email: eoeseyin@niser.gov.ng, ephrata4doptimist@yahoo.com Phone: +2347030692687, +2348056873883 Extend Abstract Research and Development (R&D) plays a significant role in the advancement of any nation including Nigeria. Universities in Nigeria are saddled with the fundamental responsibility of carry out research for development aside other duties such as teaching and community development. It is on this ground that students at different levels; undergraduate and postgraduate are mandated to carry out a research project in collaboration with their supervisors as a condition for graduation. This does not only contribute to the Cumulative Grade Point Average (CGPA) of students’ but also contribute to the development of new knowledge needed for growth and development of the nation. Worrisome is the fact that several research activities both personal and institutional that have been conducted by students and even lecturers have failed the academic integrity test known as plagiarism. Some students have been forced to face disciplinary committees while some others have been forced out of the university. The experience of some students about plagiarism if not properly handled may limit their interest in research activities or contribute to the production of many more research output that will fail this academic integrity test. The theoretical framework upon which this study was anchored was the Theory of Activity developed by Yrjo Engestrom in 1987. This theory points to the fact that communities such as the University and its stakeholders share the same object. However, in between the community and the subject which refer to the individuals, there are rule and then there is also division of labour between the community and the object. Therefore, the whole of these forces must interplay for any meaningful activity to take place in the system. Concepts that are relevant to the study such as the concept of plagiarism and research were succinctly defined. Plagiarism was defined as the act of laying claim to an idea that belongs to someone else without due acknowledgement. Research was also defined as also defined as the process of investigating an existing problem in order to produce new facts. The effects of negative plagiarism result, factors contributing to plagiarism problems,
menu d’aide résultats de la requête SPARQL (SPARQL Protocol and RDF Query Language) est un langage de requête standardisé du W3C. À l’aide d’un service de requête, il est possible d’interroger la base de connaissance Wikidata et la médiathèque Wikimedia Commons. Le point de terminaison (endpoint) SPARQL est accessible publiquement et dispose d'un client web SPARQL : Wikidata : query.wikidata.org Wikimedia Commons : commons-query.wikimedia.org Clients alternatifs : qlever.cs.uni-freiburg.de try.orbopengraph.com wikidata.demo.openlinksw.com/sparql Raccourcis clavier • Auto-complétion : Ctrl+Espace • Lancer la requête : Ctrl+Entrée • Arrêter la requête : Ctrl+Échap Coloration syntaxique des requêtes • rouge : commandes SPARQL • vert : variables (débutent par ?) • bleu : préfixes (wd, wdt, etc.) • marron : chaînes de caractères • gris : commentaires Wikidata est devenue l’infrastructure de base pour l’utilisation, le partage et la conservation collaborative des connaissances de références structurées. Dépôt central de données structurées comportant des millions de données statistiques et de données factuelles librement réutilisables (CC0) et contribuant au fonctionnement de milliers de sites internet et services. Type d’entités • Élément • Propriété • Lexème • Sens défini • Forme lexicographique Type de données • Chaîne • Texte monolingue • Identifiant externe • URL • Expression mathématique* • Notation musicale • Quantité • Date • Coordonnées • Fichier de Commons • Forme géographique de Commons • Donnée tabulaire de Commons * non requêtable INTERFACE DE REQUÊTE SPARQL DES DONNÉES RDF — QUERY.WIKIDATA.ORG > ANATOMIE D'UN ÉLÉMENT WIKIDATA — WIKIDATA.ORG > interface de saisie de la requête mode d’affichage des résultats (tableau, graphique, carte, etc.) lancement et arrêt de la requête zone de saisie de la requête MÉMENTO SPARQL POUR WIKIDATA Pierre-Yves Beaudouin Novembre 2024 Dernière version sur https://w.wiki/AQvR nombre de résultats et temps d’exécution (60 000 ms max.) type d’export 1/4
EDGELESS project aims to leverage the serverless concept in all the layers in the edge-cloud continuum to fully benefit from diverse and decentralised computational resources available on-demand close to where data are produced or consumed. In particular, we aim to realise efficient, transparent horizontal pooling of resources on edge nodes with constrained capabilities or specialised hardware, and to smoothly integrate with cloud resources. This is a giant leap forward compared to state-of-the-art vertical offloading solutions where the edge merely supplements the cloud. Cognitive EDGE-cloud with serverLESS computing @edgelessproject @EdgelessP company/edgeless-project edgeless-project.eu
Visibility in international research project websites H2020 Websites offer a multifaceted view of who and what is made visible, which also implies a variety of resources by which visibility is constructed. Widen our approach towards: ● A data-driven analysis allowed us to identify three main entities which were made visible on About us, Partners and News and Events pages: ● The combination of resources and modes which help to construct and project visibility can be categorized as: Who Resources by which visibility is constructed To understand the impact of digitalization on academic SELF and/or OTHER What are made visible the project the researchers are working on the institution, organization or company which participates in the project individual researchers, members of institutions, organizations, companies participating in the consortium
Dreissena polymorpha Scoica zebra CUM O RECUNOAȘTEM? Familia Dreissenidae, Clasa Bivalvia Este o specie pontocaspică, nativă râurilor și lacurilor conectate Mării Negre, Mării Caspice și a Mării Azov (Birnbaum, 2006; DAISIE, 2006). Invazivă pe cursurile interioare de apă. Moluscă de apă dulce de mărime mica, 3-5 cm, cu cochilie alungită antero-posterior, cu contur triunghiular rotunjit și al cărei nume este dat de desenul dungat în zigzag negru sau cafeniu de pe cochilie. Marginea superioară convexă, cea inferioară dreaptă sau ușor concavă. La exterior cochilia are culoare maronie, lucioasă. Culorile desenului pot varia de la tonuri închise la cele deschise, dar există și exemplare fără dungi. Scoicile zebră adulte încep să se reproducă primăvara când temperatura apei crește (aproximativ 12˚C). Se pot reproduce continuu in habitatele ale căror ape au o temperatură constantă tot anul. Femelele eliberează ouăle în apă iar masculii eliberează sperma după care are loc fertilizarea. Fiecare femelă poate elibera până la 1 milion de ouă în ﬁecare an. La 3-5 zile după fertilizare o larvă de dimensiuni mici iese din ou. Larva poate înota în amonte (dar nu îndeajuns de puternic pentru a inota împotriva curenților acvatici) și are doar un mic început de cochilie. În următorul stadiu, pe măsură ce crește, își dezvoltă câteva organe interne (inclusiv piciorul musculos) și o protuberanță la articulația cochiliei. După o lună larva se ﬁxează de o suprafață dură. Își folosește piciorul musculos pentru a se deplasa încet, iar atunci când găsește un loc propice se ﬁxează de suprafața respectivă, unde va rămâne până la sfârșitul vieții (3-9 ani). Ultimul stadiu de dezvoltare îl reprezintă metamorfozarea ei în adult. Indivizii adulţi se pot desprinde în mod voluntar pentru a cauta locaţii alternative (Benson şi Raikow, 2008). Pot ﬁ întâlnite la o adâncime de 2-12 m. Le este greu să supraviețuiească în apele puțin adânci, cu valuri sau înghețate. Se opresc din creștere când apele au o temperatură de 3°C, iar rata de creștere și hrănire se accelerează când apele au 20- 25°C. La temperaturi mai ridicate își încetinesc creșterea, iar la temperaturi de 30°C încep să moară.