fairdataihub/poster-sentry-training-data huggingface dataset:
1. Mendapatkan komitmen dan dukungan terhadap inisiatif kesehatan dalam bentuk kebijakan, personel, pendanaan, fasilitas, akomodasi, partisipasi dalam kegiatan, dan banyak bentuk lainnya, tergantung pada situasi dan upaya. 2. Adanya pemahaman atau pengenalan atas kesadaran 3. Adanya ketertarikan dan minat yang sama 4. Adanya keinginan dan kemauan atas kepedulian atau kesanggupan untuk membuat dan menerima perubahan 5. Adanya Tindakan/perbuatan/kegiatan yang berbasis bukti 6. Adanya kelanjutan yang diharapkan 1 2 3 4 5 6 Kasus 18-356 1. Kami menyerukan kepada semua dosen untuk membuat dan mengembangkan Program Pemberdayaan Mahasiswa (PPM) berbasis bukti untuk mencegah masalah kesehatan mental di pendidikan tinggi. 2. Selama ada program, perlu dibentuk pendampingan dan ruang konsultasi pada setiap kelompok dan kelas untuk memberikan dukungan menyeluruh kepada mahasiswa yang menjadi sasaran utama. 3. Selain itu, untuk menciptakan lingkungan pendidikan yang bebas dari masalah kesehatan mental, kami menyarankan untuk menyediakan pendidikan promosi kesehatan di berbagai bidang. 1 2 3 IMPLEMENTASI Hal ini dapat dilakukan melalui kerjasama dengan institusi di lingkungan PTS/PTN sebagai upaya awal untuk mendukung dan berkolaborasi dalam pencegahan permasalahan kesehatan jiwa di perguruan tinggi DUKUNGAN ORIENTASI ORIENTASI KEBERHASILAN PENCEGAHAN KESEHATAN MENTAL DI LINGKUNGAN PERGURUAN TINGGI SWASTA/NEGERI (PKMPTS/PTN) DI JAWA TENGAH, INDONESIA 2021 2045 Yang di Harapkan adalah Terjadinya Penurunan Kasus Kesehatan Mental, Bunuh Diri, Percobaan, Depresi dsb Ardiansyah Jumaedi Nasir | Sulistyawati Suyanto Tujuan Utama 10 Provinsi Dengan Kasus Bunuh Diri Dari Data Tersebut, Jawa Tengah, Indonesia Urutan Pertama Komitmen Bersama
Open Science Conference 2020 - Call for Poster Presentations Driving institutional change for open, responsible research and innovation Abstract Open Science (OS) and Responsible Research & Innovation (RRI) seek to achieve a cultural change in our research environment. We are moving forward, but still Open Science and RRI seem not yet widely implemented. There is a gap between the actual and the potential role of open responsible research. In an extensive literature review, we analyzed what trends drive Open Science and RRI forward and what barriers prevent their wide implementation in the current system. To name a selection of critical trends, hyper-competition, increasing staff mobility and pressure, shrinking research funds etc. influence research practices negatively. These trends oppose the values of democracy, quality, self-protection, sustainability, technological innovation etc. which are driving RRI and Open Science. In addition, a comparison of different sectors and national contexts showed that indeed the variation across sectors is substantial: The type of research and stakeholder relationships is very important for the performance of RRI and Open Science. In particular, it matters how established or novel these sectors are. Whereas the differences in national settings seem to be less important for RRI and OS implementation. Building on this analysis, we conducted four case studies to observe how to deal with these findings to allow and support institutional change. Four institutions, including three universities and one company, conducted co-creation experiments: They engaged various internal and external interest groups in the design and implementation of a research project, e.g. by organizing focus groups, conducting interviews etc. This effort led to a RRI-model for the company, a brand new responsible research center at one university and an advanced approach to the implementation of ethics policies at another university. The findings on how institutions need to change their organizational frameworks to allow better embedment of responsible research and enable enhanced values for the quadruple helix actors (academia, industry, policy makers & society) are currently summarized. The result of this three-year work is a guiding document with recommendations on how to initiate and foster institutional change. These guidelines are complemented by a set of online courses to support different interest groups from academia and industry in initiating open and responsible practices. These include, but are not limited to, an introduction to RRI, RRI in industry, public engagement and ethics. The poster will present the main findings of our analysis and highlight the mutual learnings from the co-creation experiments. It will also present and refer to the online courses and guideline document as useful resources for the community to initiate institutional change.
Access to the tools & documentation: Widget Storybook: https://t.ly/Aad7- TS4NFDI repo: https://github.com/orgs/ts4nfdi/repositories TSS widgets repo: https://github.com/ts4nfdi/terminology-service-suite TS4NFDI: Harmonizing Terminology Services within NFDI Roman Baum1, Syphax Bouazouni2, Naouel Karam2, Oliver Koepler3, Pooya Oladazimi3, Julia Sasse1 1 ZB MED - Information Centre for Life Sciences; 2 Institut für Angewandte Informatik e.V. (InfAI); 3 TIB Leibniz Information Centre Goal: Terminology Services 4 NFDI (TS4NFDI) is a cross domain service for the provision, curation, development, harmonization and mapping of terminologies. It aims to facilitate consensus-building and interoperability of services across disciplines to achieve a shared knowledge representation and knowledge engineering framework. The service seeks to integrate and converge individual solutions into a standardized, interoperable, and sustainable Terminology Service Suite. Standardised, harmonised and interoperable access to Terminologies across all integrated Terminology Services, available for all NFDI-services via the Terminology Service Suite widgets or the API Gateway. 1 Interconnection of existing Terminology Services via a Service Wrapper. This allows for terminology use and management across disciplines, serving as a basis for terminology harmonisation efforts (Integration and Interoperability). 2 Javascript-based widgets that can be embedded in graphical user interfaces (UIs) to simplify UI development and visualization of semantic information in other NFDI services. This streamlines the process of integrating standard vocabularies and performing semantic annotation on data, as well as supporting the data discovery process. 5 SSSOM based Cross-domain Mapping Service to manage and provide mappings for terminologies as a central service. 3 Support of external terminology services as backbone is possible. 4 5 1 2 3 4 More information and contact details: Mail: ts4nfdi@lists.nfdi.de NFDI Rocket.Chat: https://all-chat.nfdi.de/ Channel: #ts4nfdi; join: https://all-chat.nfdi.de/channel/ts4nfdi About the project: https://terminology.services.base4nfdi.de/ Funded by DFG as part of NFDI. Grant Numbers: 521453681, 521460392, 521462155, 521463400, 521466146, 521471126, 521473512, 521474032, 521475185, 521476232 3rd Annual Conference 04.+ 05. Dec. 2024 KUBUS, Leipzig
https://webappsx.ugent.be/eventManager/events/DigitisingtheHumanitiesPleaseregisterhere Contactjulie.birkholz@ugent.beannemieke.romein@ugent.bettps://www.ghentcdh.ugent.be/dhresearchlabUniversiteitGent@ugent; @ghentcdhBringing transcriptions together –Transcription Network BE/NLThisjoint effort fromDutch and Belgium institionsis (soontobe) launchedtogathertranscriptionsand photo’sof archivalmaterialin Dutch. These couldbeusedtocreatemore genericmodelstobeabletodecyphertextsmore quicklyor buildmodelsforspecificeras. Ifyouhappen tohave or knowpeoplewhohave transcriptionsin Dutch fromanyperiod, do nothesitatetocontact Annemieke whocaninformyoufurther. The Dutch National Archivewillsupport thisproject witha part-timecoordinatorthatwillassist withfaciliatingtheuseof automatic transcritpionsoftwaresand platforms foranyresearch usingDutch languagemanuscripts. Workshops and training willalsobecoordinatedthroughtheDutch National Archive.The Scantentis a useful aid to scan documents with your phone (especially with the Android DocScan-app)
Sum Rear Tire Front Tire Lat. Acc + Yaw Rate Roll Acc. Roll Rate unstable stable Analysis of High speed instability of Weave Mode in Motorcycle by Using Energy Flow Method Hirotaka TAMOTO1, Tetsuya KIMURA1, Masayuki MIKI1, Tsuyoshi KATAYAMA2 1Fundamental Technology Research Division, YAMAHA MOTOR CO., LTD. Shizuoka, Japan 2New Mongol Institute of Technology, Ulaanbaatar, Mongolia Bicycle and Motorcycle Dynamics 2019 Symposium on the Dynamics and Control of Single Track Vehicles, 9 – 11 September 2019, University of Padova, Italy Degree of freedom in weave mode Real part of eigenvalue ∝1/m Imaginary part of eigenvalue ∝1/√m Characteristics of damped vibration system Equation of motion m 𝒙+ 𝒄 𝒙+ 𝒌𝒙= 𝟎 m 𝒄 𝒌 Eigenvalue 𝝀= −𝒄± 𝒄𝟐−𝟒𝒎𝒌 𝟐𝒎 Given the vibration system with one degree of freedom, Which degree of freedom is the weave mode? X Component : Proportional to real part of eigenvalue Y Component : Proportional to imaginary part of eigenvalue Eigenvector ×Coefficient 𝑋= 𝑦 𝜓 𝜙 𝛿 𝑌𝑓 𝑌𝑟 Eigenvectors normalized with yaw rate (Mf k2 +Irz + Ifx sin2ε+ Ifz cos2ε) 𝜓= - Mf k 𝑦1 -｛Mf jk-Crxz + (Ifz-Ifx)sinεcosε｝ 𝜑 -(Mf ek+Ifz cosε) 𝛿+｛ify/Rf+(iry+λi)/Rr｝ 𝑥1 𝜑 - Mf k 𝑥1 𝜓+ ify/Rf sinε 𝑥1 𝛿+ l1 Yf –l2 Yr Yaw system equation Unit vector of yaw rate The contribution to the stable direction of Sum ⇒Larger at 120km/h than at 200km/h Damping ratio (Real part) Frequency (Imaginary part) Only the Yaw system almost matches ! Main freedom of weave mode is Yaw system m 𝒙= −𝒄 𝒙−𝒌𝒙 ×1.1 Rear tire force that most affects the stability of the weave mode. The main reason why the rear tire force decreases is a phase delay. Cause of the phase delay is the decrease of the Yaw Rate coefficient. Main factor of the decrease in the Yaw rate coefficient is the increase in the vehicle speed. X-component divided Into Tire and Body X-component divided into Front tire and Rear tire 【Analysis using the Yaw system equation】 【Analysis using the Rear tire equation】 The change of Phase and Magnitude Sum Yaw Rate Lat. Velo. unstable stable The cause is CYs2 or 𝒙1 120km/h 200km/h Rate of change [%] 120.00 200.00 166.67 3.34E+03 3.65E+03 109.07 𝒙 1 CYs2 ※l2 is unchanged Change rate of CYs2 and 𝒙1 Main factor! Yr = －CYs2/ 𝑥1 𝑦1 ＋CYs2l2/ 𝑥1 𝜓＋CYc2φ Rear tire equation Lat. Velo. Yaw Rate Roll Angle Main cause Energy Flow Method (EFM) Analysis result Summary Introduction In this report, we investigate the cause of the decrease in the stability of weave mode in high speed region using Energy Flow Method. Rear tire gives most influence on the weave mode In Front and Rear tire, the ratio of Rear tire is larger The main factor determining stability is Energy Flow of tire Most of the breakdown of change is the delay in the Phase of the Rear tire Yaw Rate ⇒Reduction of coefficient Main factor of the decrease in the Yaw rate coefficient is the increase in the vehicle speed
Archivieren am Data Center for the Humanities der Universität zu Köln Kontakt: info-dch@uni-koeln.de https://dch.phil-fak.uni-koeln.de CC-BY 4.0 Anke Debbeler (Camunda BPMN 2.0 Dia- gramm, Text), Felix Rau (Text), Elisabeth Mollenhauer (Lay- out) Stand: August 2024 (Version 1.0.0) https://doi.org/10.5281/zenodo.13375261 LAC DATA & METADATA CONVERSION PIPELINE Das Diagramm dokumentiert formal den Konvertierungsprozess, den Daten und Metadaten nach der Übergabe während der Ge- nerierung des Archival Information Package (AIP) durchlaufen, bevor sie ins LAC überführt und publiziert werden. Zur Datenübergabe gibt es mehrere Optionen: Diese hängen von der Datengröße und dem Zugang der Datengeber*innen zum Cloud-Service Sciebo ab, der vom DCH verwendet wird. Das LAC nutzt das Proﬁ l Basic Language Archive Metadata (BLAM) des ISO 24622-Standards Component Metadata Infrastructure (CMDI). Die Datengeber*innen liefern die Metadaten in einem auf das LAC angepasste Excel Sheet, das im Rahmen der AIP- Generierung in dieses Proﬁ l überführt wird. Die Architektur des LAC basiert auf dem Oxford Common File Layout (OCFL), für dessen Anforderungen die Ordnerstruktur der überreichten Daten angepasst werden muss: Eine für das LAC speziﬁ sche Besonderheit ist hierbei die Unterteilung eines Datensatzes (Collection) in mehrere Bundles. Ein Bundle ist in der Regel äquivalent zu einer Aufnahme(session), zu der jeweils eine Medien- und eine Annotationsdatei zugeordnet werden. Die Datengeber*innen haben die Möglichkeit, der Collection bzw. den Bundles zusätzliche Metadatendateien hinzuzufügen. Die Generierung des AIP ist Teil des LAC Depositing Workflow, dessen formale Dokumentation hier einsehbar ist: https://doi.org/10.5281/zenodo.13375243. Das Data Center for the Humanities (DCH) bietet über das Language Archive Cologne (LAC) die Sicherung und Publi- kation audiovisueller Daten an. Im Sinne der FAIR-Prinzipien (Findable, Accessible, Interoperable, Reusable) stellt das LAC einen offenen, webbasierten Zugang zu hochwertigen digitalen Sprachressourcen zur Verfügung. Als ein mit dem CoreTrustSeal (CTS) zertiﬁ ziertes Reposito- rium innerhalb der europäischen Common Language Resources and Technology Infrastructure (CLARIN) arbeitet das LAC nach dokumentierten Arbeitsprozessen, die Qualität und Integrität von Daten und Metadaten sichern.
An MPC Framework for Online Motion Planning in Human-Robot Collaborative Tasks Motion planners in human-robot collaboration must:  Be fast (online with sampling period of few ms)  Be optimal  Reactto the human state (and prediction) We propose a recedinghorizonframework thatruns online in less than1 ms and adapts the robot motion to the state of the operator. Main features: Stackof tasks(SoT) : Online trajectoryscalingto slow down the task whenthe operator isclose to the robot without modifying the path Redundancyisusedto keep the robot far from the human Robot constraintsare explicitly taken into account Marco Faroni Manuel Beschi Nicola Pedrocchi CNR-STIIMA marco.faroni@stiima.cnr.it Thanks to the trajectory scaling, the geometrical curve is preserved: when the human is closer than the safetythreshold, the trajectory is slowed down when the distance is below the stoppingthreshold, the trajectory reaches null velocities The plannerusesthe redundancy to keepthe robot farther from the operator whenthe human is in the robot workspace(blackline always above blue line) stopping threshold scaling activation threshold clearance activation threshold Experimental test case: Universal robot UR5 on a linear guide (7 degrees of freedom) Pick-and-place ripetitive cartesian task Limits on joint positions, velocities, and accelerations Human position is provided by 4 time-of-fly cameras The research leading to these results was partially funded by the European Union H2020-ICT-2017-1 – Pickplace: Flexible, safe and dependable robotic part handling in industrial environment (grant agreement: 780488). 1. CARTESIAN TASK 2. VELOCITY SCALING 3. CLEARANCE
Henning Lange-Asschenfeldt Response of assumed interfacial charge carrier turbulence in interconnected electrical conductors to thermal diffusion or gravitational force Section from circuit or particulate structure 1 2 Two-component design (e.g. Fe/Ni or Si/C, roughly schematic) 1 2 - A comparative view - Interfacial transition zone (ITZ) Original (unaffected) state (Dynamic polarisation site) Available heat consumption Minor support current Translocation of charge carrier turbulence Gravitational force particulate solid structure Summation effect in ? (regulated) (Attraction) Gravitoelectric effect 2 Proportionate intensification Heat supply Thermoelectric effect (Seebeck) 1 of charge carrier turbulence Poster contribution
Resistance breaking strains of tomato spotted wilt orthotospovirus: distribution and evaluation of their impact on tomato and pepper production Funding Non-competitive funding mechanism. Each funder only pays for the participation of their own national researchers. Total funding € 50 000 Picture 1 Picture 1 Picture 1 Goals The goal of the project is to investigate the tomato spotted wilt orthotospovirus’ genome differences between resistance breaking (RB) isolates from tomato and pepper and non-RB isolates of these hosts. This investigation seeks to clarify if previous reports of genome motifs responsible for RB phenotypes are universally present in RB isolates from geographically distant areas Research consortium DAF (AU), CREA (IT), NIB (SI) Contact information Project coordinator: Cherie Gambley Cherie.Gambley@daf.qld.gov.au Key outputs and results The expected project results are: • knowledge of the impact of resistance breaking isolates in Australia, Italy and Slovenia • a collection of geographically diverse, phenotypically and molecularly characterised, isolates of tomato spotted wilt orthotospovirus • knowledge of the virus genetics: clarification of the presence of the putative single amino acid changes at positions Y118 or N120 in the non- structural protein (NSm) gene in RB-tomato isolates or identification of alternative putative motifs responsible for the RB phenotype in tomato, pepper and weed hosts Objectives The project objectives are: • to collect and phenotype a range of tomato spotted wilt orthotospovirus isolates from pepper, tomato and other hosts including weed species from Australia, Italy and Slovenia • to generate full genome sequences of these isolates • to compare full genome sequences of RB isolates and non-RB isolates to identify differences that potentially confer the RB phenotype • to review diagnostic protocols for the detection of RB isolates on the basis of the newly derived genomic data 03/2021-02/2023
Filter Testing Services for Pharmaceutical and Medical Device Manufacturers STEMart, a US-based provider of comprehensive services for all phases of medical device development, has announced the launch of its new Filter Testing Services for pharmaceutical and medical device manufacturers. These services are designed to help manufacturers ensure the safety and efficacy of their products by verifying the performance of filters used in the manufacturing process. Filtration sterilization is an important unit operation in the aseptic manufacturing process. It requires proper process validation to verify the performance of the filters used for sterilization filtration. Filter testing is used to evaluate a filter's ability to separate microorganisms of various sizes and helps manufacturers determine membrane pore size. This test is also an excellent batch release test. Test data can also be used as an effective marketing tool. STEMart provides comprehensive facility and process validation for medical devices. With extensive expertise in Filter Testing, STEMart can provide a full service experience to assist manufacturers in meeting regulatory goals and minimizing compliance risks. The comprehensive Filter Testing services are guided by "Sterile Drug Products Produced by Aseptic Processing - Current Good Manufacturing Practice", the FDA guidance document for industry, which outlines the general considerations the FDA believes should be taken into account when performing filter testing for a medical device. STEMart offers a wide range of Filter Testing services. For example, Retention Capacity and Filtration Efficiency Test demonstrates the filter's ability to remove all bacteria from a liquid bacterial suspension under specified conditions according to ASTM 838-05. Validation of the filtration process takes into account all factors that may affect the performance of the filter, such as pH, viscosity and compatibility of the material being filtered with the filter, flow rate, pressure, temperature, and hydraulic shock. Filter Extractables Test identifies and quantifies compounds that have the potential to become leachables. Suitability Test verifies that the filter meets all requirements under product and process conditions, including, but not limited to, resistance to high temperatures, resistance to fatigue under pressure and flow changes, and resistance to high pressure changes. Based on ISO 10992 and ISO 18562 standards, FDA guidelines, ASTM (American Society for Testing and Materials) standards and other international guidelines, STEMart's experts have many years of experience in a wide range of testing services for Class I, II and III medical devices and can help clients ensure that every aspect of the medical device is properly tested. If you have additional questions about Filter Testing or would like to find out more
An assessment of potential Plato Observing strategies to maximize science return from the Kepler Field. J.F. Rowe, D. Jontof-Hutter, J. Lissauer Bishop’s University, University of the Pacific, NASA-Ames The Plato Mission has the unique capacity to provide long-base observations of thousands of stars and their transiting planets. The current mission plan includes a 2-year stare than includes the Kepler Field. Plato observations have the potential to improve science return from the Kepler field. Including, the reliability of Kepler planet candidates in the low S/N regime, detection of long-period planets and an overall improvement of exoplanet occurrence rates and transit timing variations and long-term stellar variability and stellar cycles. The low S/N transit regime includes potential Earth-sized habitable zone planets around Sun-like stars, which is of high intellectual interest. Abstract Kepler Planets Plato detection SNR in the Kepler Field The baseline Plato mission includes a 24 month continuous stare that includes the Kepler Field. Due to orbital constraints, the Kepler is located towards the periphery of the Plato FOV and will be covered by 6 - 12 cameras. This is roughly equivalent to 1/8 to 1/4 of the Kepler light gathering ability. Figure 2, shows an estimate of the expected SNR of a planet transit in the Kepler Field observed by Plato. Of note, is the very low SNR recovery of long-period planets with a radius less that ~ 4 R⊕. Figure 3 shows the hypothetical scenario of observing the Kepler Field, but centred in the Plato FOV. Note, this configuration is not possible. However, by centring the FOV, there is an overall increase in transit SNR recovery which greatly benefits planets smaller than 4 R⊕. Figure 4 shows our proposed observing plan which would centre the Kepler Field, and to break the observing campaign into four 6-month campaigns. This gives the benefit of more Plato Glass on the Kepler field, but extends the observing baseline to 4- years, which allows for recovery of approximately half of Kepler’s long-period Earth-sized planets. Notice the significant increase in SNR for planets with periods greater than 300 days and radii less than 4 R⊕. Figure 1 shows the average SNR per transit vs orbital period and radius. The average SNR generally increases with radius. Trends associated with period are a result of the Kepler mission requiring a total SNR ≳ 7.1 for candidate selection, thus few transits requires a large average SNR per transit for detection threshold. Figure 1 Figure 3 Figure 4 Also: see Talk by J. Lissauer and Poster by D. Jontof-Hutter Figure 2