The conceptualization of the US Research Software Sustainability Institute (URSSI) just received funding in December 2017 and aims at building the focal point for RSEs in the US similar to SSI in the UK. The Science Gateways Community Institute (SGCI), opened in August 2016, provides free resources, services, experts, and ideas for creating and sustaining science gateways on national and international level. Science gateways – also called virtual research environments or virtual labs – allow science and engineering communities to access shared data, software, computing services, instruments, and other resources specific to their disciplines and use them also in teaching environments. Especially the goals of the workforce development and incubator services have a broad overlap with RSE initiatives to improve career paths of developers and building on-campus developer teams. ACI-REFs (Advanced Cyberinfrastructure Research and Education Facilitators) is a synonym for RSEs and the goal of the project and the trainings aims also at building a network and training the trainers for efficient research software support. The talk will give an overview on the diverse initiatives and highlights the international collaboration possibilities.
This presentation was provided by Alicia Peaker of Bryn Mawr College during the NISO Virtual Conference, That Cutting Edge: Technology's Impact on Scholarly Research Processes in the Library, held on October 24, 2018.
This presentation was provided by Jack Maness of the University of Denver during the NISO Virtual Conference, That Cutting Edge: Technology's Impact on Scholarly Research Processes in the Library, held on October 24, 2018.
URSSI - SGCI - PresQT: Research Software and Science Gateways: Addressing Su...Sandra Gesing
Research software plays a major role in academia evident in the fast developing landscape of simulations and modeling and new evolving areas such as deep learning. Research software has been gaining increased attention in the last 5 years than ever before. Science gateways are a subgroup of research software addressing the needs for seamless end-to-end solutions so that scientists can focus on their research questions instead of becoming acquainted with details of the often complex underlying computing and data infrastructure. Providers of distributed computing infrastructures such as XSEDE report since 2013 that more users apply their resources for research via science gateways than via command line. Recognizing the importance of software and science gateways, the conceptualization of the US Research Software Sustainability Institute (URSSI) and the Science Gateways Community Institute (SGCI) that is funded since 2016, aim at addressing challenges to achieve sustainability of software and increase the usability of complex computational methods to accelerate research. A cornerstone of science is reproducibility and even though solutions such as science gateways support reproducibility of research, the current landscape needs further tools and concepts to address the reproducibility challenges. One of the goals of the project PresQT (Preservation Quality Tool) is to step into the gap to connect existing systems to achieve easier curation and preservation of data and software and thus, contribute essentially to reproducibility of research. The talk will go into detail for the research software and science gateways landscape in the US, challenges faced by projects and the actions and vision of URSSI, SGCI and PresQT.
This presentation was jointly provided by Darby Orcutt and Susan Ivey, both of North Carolina State University during the NISO Virtual Conference, That Cutting Edge: Technology's Impact on Scholarly Research Processes in the Library, held on October 24, 2018.
This presentation was provided by Christine Bilton and Greg Smith of the University of Waterloo during the NISO virtual conference, Research Information Systems: The Connections Enabling Collaboration, held on August 16, 2017.
Presentation at the Open Repositories 2017 Conference by Saskia van Bergen and Laurents Sesink on the new repository infrastructure that will be used to preserve and present the digital collections of Leiden University Libraries.
This presentation was provided by Alicia Peaker of Bryn Mawr College during the NISO Virtual Conference, That Cutting Edge: Technology's Impact on Scholarly Research Processes in the Library, held on October 24, 2018.
This presentation was provided by Jack Maness of the University of Denver during the NISO Virtual Conference, That Cutting Edge: Technology's Impact on Scholarly Research Processes in the Library, held on October 24, 2018.
URSSI - SGCI - PresQT: Research Software and Science Gateways: Addressing Su...Sandra Gesing
Research software plays a major role in academia evident in the fast developing landscape of simulations and modeling and new evolving areas such as deep learning. Research software has been gaining increased attention in the last 5 years than ever before. Science gateways are a subgroup of research software addressing the needs for seamless end-to-end solutions so that scientists can focus on their research questions instead of becoming acquainted with details of the often complex underlying computing and data infrastructure. Providers of distributed computing infrastructures such as XSEDE report since 2013 that more users apply their resources for research via science gateways than via command line. Recognizing the importance of software and science gateways, the conceptualization of the US Research Software Sustainability Institute (URSSI) and the Science Gateways Community Institute (SGCI) that is funded since 2016, aim at addressing challenges to achieve sustainability of software and increase the usability of complex computational methods to accelerate research. A cornerstone of science is reproducibility and even though solutions such as science gateways support reproducibility of research, the current landscape needs further tools and concepts to address the reproducibility challenges. One of the goals of the project PresQT (Preservation Quality Tool) is to step into the gap to connect existing systems to achieve easier curation and preservation of data and software and thus, contribute essentially to reproducibility of research. The talk will go into detail for the research software and science gateways landscape in the US, challenges faced by projects and the actions and vision of URSSI, SGCI and PresQT.
This presentation was jointly provided by Darby Orcutt and Susan Ivey, both of North Carolina State University during the NISO Virtual Conference, That Cutting Edge: Technology's Impact on Scholarly Research Processes in the Library, held on October 24, 2018.
This presentation was provided by Christine Bilton and Greg Smith of the University of Waterloo during the NISO virtual conference, Research Information Systems: The Connections Enabling Collaboration, held on August 16, 2017.
Presentation at the Open Repositories 2017 Conference by Saskia van Bergen and Laurents Sesink on the new repository infrastructure that will be used to preserve and present the digital collections of Leiden University Libraries.
Laurents Sesink's presentation on a Reference Architecture for
Research Data held for the 'Landelijk Coördinatiepunt esearch Data management', February 2017.
The talk gives an overview on current trends for developing science gateways also called virtual labs or virtual research environments. It presents the services of the US Science Gateways Community Institute and international collaborations in the context of science gateways.
Enabling Research without Geographical Boundaries via Collaborative Research ...Sandra Gesing
Collaborative research infrastructures on global scale for earth and space sciences face a plethora of challenges from technical implementations to organizational aspects. Science gateways – also known as virtual research environments (VREs) or virtual laboratories - address part of such challenges by providing end-to-end solutions to aid researchers to focus on their specific research questions without the need to become acquainted with the technical details of the complex underlying infrastructures. In general, they provide a single point of entry to tools and data irrespective of organizational boundaries and thus make scientific discoveries easier and faster. The importance of science gateways has been recognized on national as well as on international level by funding bodies and by organizations. For example, the US NSF has just funded a Science Gateways Community Institute, which offers support, consultancy and open accessible software repositories for users and developers; Horizon 2020 provides funding for virtual research environments in Europe, which has led to projects such as VRE4EIC (A Europe-wide Interoperable Virtual Research Environment to Empower Multidisciplinary Research Communities and Accelerate Innovation and Collaboration); national or continental research infrastructures such as XSEDE in the USA, Nectar in Australia or EGI in Europe support the development and uptake of science gateways; the global initiatives International Coalition on Science Gateways, the RDA Virtual Research Environment Interest Group as well as the IEEE Technical Area on Science Gateways have been founded to provide global leadership on future directions for science gateways in general and facilitate awareness for science gateways. This presentation will give an overview on these projects and initiatives aiming at supporting domain researchers and developers with measures for the efficient creation of science gateways, for increasing their usability and sustainability under consideration of the breadth of topics in the context of science gateways. It will go into detail for the challenges the community faces for collaborative research on global scale without geographical boundaries and will provide suggestions for further enhancing the outreach to domain researchers.
Preservation by Laurents Sesink at a knowledge exchange session with subject librarians at Leiden University Libraries, september 2017. Topic of the session: online academic collaboration by use of virtual research environments.
Mart van Duijn and Laurents Sesink gave this presentation at the 2017 LIBER conference. It deals with the challenges on the curation of born digital materials at Leiden University Libraries.
This presentation was provided by Peggy Layne, Andi Ogier, and Ginny Pannabecker of Virginia Tech during the NISO virtual conference, Research Information Systems: The Connections Enabling Collaboration, held on August 16, 2017.
Presentation by Fieke Schoots and Laurent Sesink held for the Research Data Alliance in Barcelona about the services for research data management provided to researchers at Leiden University.
Learning Hands-on and by Trial & Error with Data Curation ProfilesDigCurV
Presentation by D Scott Brandt, Purdue Libraries, USA at the DigCurV International Conference; Framing the digital curation curriculum
6-7 May, 2013
Florence, Rome
RDMRose 1.5 Data management and sharing plansRDMRose
Data management and sharing plans. Session 1.5 of the RDMRose v3 materials.
The JISC funded RDMRose project (June 2012-May 2013) was a collaboration between the libraries of the University of Leeds, Sheffield and York, with the Information School at Sheffield to provide an Open Educational Resource for information professionals on Research Data Management. The materials were revised between November 2014 and February 2015 for the consortium of North West Academic Libraries (NoWAL).
http://www.sheffield.ac.uk/is/research/projects/rdmrose
SGCI Science Gateways: Ushering in a New Era of Sustainability Sandra Gesing
The computational landscape has never so fast evolved like in the last decade. Computational scientific methods tackle an increasing breadth and diversity of topics – analyzing data on a large scale and accessing high-performance computing infrastructures, cutting-edge hardware and instruments. Novel technologies such as next-gen sequencing or the Square Kilometre Array telescope, the world largest radio telescope, have evolved, which allow creating data in exascale dimension. While the availability of this data salvage to find answers for research questions, which would not have been feasible before, the amount of data creates new challenges, which obviously need novel computational solutions. Such novel solutions require integrative approaches for multidisciplinary teams across geographical boundaries, which improve usability of scientific methods tailored to the target user communities and aim at achieving reproducibility of science. The goal of science gateways, also called virtual research environments or virtual laboratories, are following exactly this goal to provide an easy-to-use end-to-end solution hiding the complex underlying infrastructure. They support researchers with intuitive user interfaces to focus on their research question instead of becoming acquainted with technological details.
Science gateways are often developed by research teams, who are not necessarily in the computer science domain and science projects depend on academic funding. Centralized research programmer teams, who can provide broad experience and contribute to sustainability of solutions, are rather rare at universities and there is still a lack of incentives for interested developers to stay in academia. One of the future challenges for science gateways and thus for computational scientific methods will be to increase the sustainability and getting less dependent on successful proposals. The US National Science Foundation has recognized the importance of this topic for research and has funded the Science Gateways Community Institute (SGCI) to support not only teams in developing science gateways but also to help communities to find a way to sustain their favorite science gateway for conducting their research. This talk will go into detail for current challenges, the landscape around science gateways, the services of SGCI and approaches to reach sustainability.
Laurents Sesink's presentation on a Reference Architecture for
Research Data held for the 'Landelijk Coördinatiepunt esearch Data management', February 2017.
The talk gives an overview on current trends for developing science gateways also called virtual labs or virtual research environments. It presents the services of the US Science Gateways Community Institute and international collaborations in the context of science gateways.
Enabling Research without Geographical Boundaries via Collaborative Research ...Sandra Gesing
Collaborative research infrastructures on global scale for earth and space sciences face a plethora of challenges from technical implementations to organizational aspects. Science gateways – also known as virtual research environments (VREs) or virtual laboratories - address part of such challenges by providing end-to-end solutions to aid researchers to focus on their specific research questions without the need to become acquainted with the technical details of the complex underlying infrastructures. In general, they provide a single point of entry to tools and data irrespective of organizational boundaries and thus make scientific discoveries easier and faster. The importance of science gateways has been recognized on national as well as on international level by funding bodies and by organizations. For example, the US NSF has just funded a Science Gateways Community Institute, which offers support, consultancy and open accessible software repositories for users and developers; Horizon 2020 provides funding for virtual research environments in Europe, which has led to projects such as VRE4EIC (A Europe-wide Interoperable Virtual Research Environment to Empower Multidisciplinary Research Communities and Accelerate Innovation and Collaboration); national or continental research infrastructures such as XSEDE in the USA, Nectar in Australia or EGI in Europe support the development and uptake of science gateways; the global initiatives International Coalition on Science Gateways, the RDA Virtual Research Environment Interest Group as well as the IEEE Technical Area on Science Gateways have been founded to provide global leadership on future directions for science gateways in general and facilitate awareness for science gateways. This presentation will give an overview on these projects and initiatives aiming at supporting domain researchers and developers with measures for the efficient creation of science gateways, for increasing their usability and sustainability under consideration of the breadth of topics in the context of science gateways. It will go into detail for the challenges the community faces for collaborative research on global scale without geographical boundaries and will provide suggestions for further enhancing the outreach to domain researchers.
Preservation by Laurents Sesink at a knowledge exchange session with subject librarians at Leiden University Libraries, september 2017. Topic of the session: online academic collaboration by use of virtual research environments.
Mart van Duijn and Laurents Sesink gave this presentation at the 2017 LIBER conference. It deals with the challenges on the curation of born digital materials at Leiden University Libraries.
This presentation was provided by Peggy Layne, Andi Ogier, and Ginny Pannabecker of Virginia Tech during the NISO virtual conference, Research Information Systems: The Connections Enabling Collaboration, held on August 16, 2017.
Presentation by Fieke Schoots and Laurent Sesink held for the Research Data Alliance in Barcelona about the services for research data management provided to researchers at Leiden University.
Learning Hands-on and by Trial & Error with Data Curation ProfilesDigCurV
Presentation by D Scott Brandt, Purdue Libraries, USA at the DigCurV International Conference; Framing the digital curation curriculum
6-7 May, 2013
Florence, Rome
RDMRose 1.5 Data management and sharing plansRDMRose
Data management and sharing plans. Session 1.5 of the RDMRose v3 materials.
The JISC funded RDMRose project (June 2012-May 2013) was a collaboration between the libraries of the University of Leeds, Sheffield and York, with the Information School at Sheffield to provide an Open Educational Resource for information professionals on Research Data Management. The materials were revised between November 2014 and February 2015 for the consortium of North West Academic Libraries (NoWAL).
http://www.sheffield.ac.uk/is/research/projects/rdmrose
SGCI Science Gateways: Ushering in a New Era of Sustainability Sandra Gesing
The computational landscape has never so fast evolved like in the last decade. Computational scientific methods tackle an increasing breadth and diversity of topics – analyzing data on a large scale and accessing high-performance computing infrastructures, cutting-edge hardware and instruments. Novel technologies such as next-gen sequencing or the Square Kilometre Array telescope, the world largest radio telescope, have evolved, which allow creating data in exascale dimension. While the availability of this data salvage to find answers for research questions, which would not have been feasible before, the amount of data creates new challenges, which obviously need novel computational solutions. Such novel solutions require integrative approaches for multidisciplinary teams across geographical boundaries, which improve usability of scientific methods tailored to the target user communities and aim at achieving reproducibility of science. The goal of science gateways, also called virtual research environments or virtual laboratories, are following exactly this goal to provide an easy-to-use end-to-end solution hiding the complex underlying infrastructure. They support researchers with intuitive user interfaces to focus on their research question instead of becoming acquainted with technological details.
Science gateways are often developed by research teams, who are not necessarily in the computer science domain and science projects depend on academic funding. Centralized research programmer teams, who can provide broad experience and contribute to sustainability of solutions, are rather rare at universities and there is still a lack of incentives for interested developers to stay in academia. One of the future challenges for science gateways and thus for computational scientific methods will be to increase the sustainability and getting less dependent on successful proposals. The US National Science Foundation has recognized the importance of this topic for research and has funded the Science Gateways Community Institute (SGCI) to support not only teams in developing science gateways but also to help communities to find a way to sustain their favorite science gateway for conducting their research. This talk will go into detail for current challenges, the landscape around science gateways, the services of SGCI and approaches to reach sustainability.
SGCI - Science Gateways - Technology-Enhanced Research Under Consideration of...Sandra Gesing
Science gateways - also called virtual research environments or virtual labs - allow science and engineering communities to access shared data, software, computing services, instruments, and other resources specific to their disciplines and use them also in teaching environments. In the last decade mature complete science gateway frameworks have evolved such as HUBzero and Galaxy as well as Agave and Apache Airavata. Successful implementations have been adapted for several science gateways, for example, the technologies behind the science gateways CIPRES, which is used by over 20.000 users to date and serves the community in the area of large phylogenetic trees. Lessons learned from the last decade include that approaches should be technology agnostic, use standard web technologies or deliver a complete solution. Independent of the technology, the major driver for science gateways are the user communities and user engagement is key for successful science gateways. The US Science Gateways Community Institute (SGCI), opened in August 2016, provides free resources, services, experts, and ideas for creating and sustaining science gateways. It offers five areas of services to the science gateway developer and user communities: the Incubator, Extended Developer Support, the Scientific Software Collaborative, Community Engagement and Exchange, and Workforce Development. The talk will give an introduction to science gateways, examples for science gateways and an overview on the services offered by the SGCI to serve user communities and developers for creating successful science gateways.
SGCI Science Gateways: Software sustainability via on-campus teams - Webinar ...Sandra Gesing
Achieve software sustainability via on-campus teams. SGCI can support you with a roadmap to use free resources on campus and/or build your own on-campus team
Presenting the following paper “Science Gateways: The Long Road to the Birth of an Institute” by Sandra Gesing, Nancy Wilkins-Diehr, Maytal Dahan, Katherine Lawrence, Michael Zentner, Marlon Pierce, Linda Hayden, Suresh Marru at HICSS50 Conference.
SGCI - Science Gateways: Sustainability via On-Campus TeamsSandra Gesing
This talk gives an overview on enhancing the sustainability of science gateways via on-campus teams. It goes into detail for success stories, available funding mechanisms and suggests a roadmap for universities aiming at building centralized on-campus teams.
Birgit Plietzsch “RDM within research computing support” SALCTG June 2013SALCTG
An overview of Research Data Management: the research process from developing ideas to preservation of data; funder perspectives, the impact on the wider service, Data Asset Frameworks, preservation and access, and cost implications.
SGCI - The Science Gateways Community Institute: International Collaboration ...Sandra Gesing
Science gateways - also called virtual research environments or virtual labs - allow science and engineering communities to access shared data, software, computing services, instruments, and other resources specific to their disciplines. The US Science Gateways Community Institute (SGCI), opened in August 2016, provides free resources, services, experts, and ideas for creating and sustaining science gateways. It offers five areas of services to the science gateway developer and user communities: the Incubator, Extended Developer Support, the Scientific Software Collaborative, Community Engagement and Exchange, and Workforce Development. While all these services are available to US-based communities, the Incubator, the Scientific Software Collaborative and the Community Engagement and Exchange serve also the international communities. SGCI aims at supporting beyond borders on international scale with diverse measures and to form and deepen collaborations with partner organizations and coalitions beneficial and/or related to the science gateways community. Research topics are independent of national borders and researchers spread worldwide can benefit from each other’s research results, software, data and from lessons learned — via online materials and publications or at international events. The gateway community has benefitted from this type of exchange for years and one mission of SGCI is to support the international community. This talk will present related work describing the benefits of international collaborations generally, and specifically as they relate to science gateways. It will go into detail regarding SGCI’s ongoing work on an international scale and SGCI's work planned in the near future to foster collaborations under consideration of challenges such as different timezones and long distances between collaborators.
SGCI - Science Gateways Community Institute: Subsidized Services and Consulta...Sandra Gesing
SGCI offers five areas of subsidized services and consultancy to support creating, further developing and sustaining science gateways. The talk gives an overview on these services and puts especially emphasis on the importance of usability as well as the advantages of and measures for building on-campus groups.
How you and your gateway can benefit from the services of the Science Gateway...Katherine Lawrence
January 2017 webinar of the Science Gateways Community Institute. Recording and additional details available at http://sciencegateways.org/upcoming-events/webinars/#previous
International Symposium NLHPC 2013: Innovation at the frontier of HPC
Title: XSEDE: an ecosystem of advanced digital services accelerating scientific discovery
Abstract:
The XSEDE program (Extreme Science and Engineering Discovery Environment) has recently entered its third year of operation. In this talk we will discuss the vision, mission and goals of this project and some of the distinguishing characteristics of the program. This will be accompanied by a review of current status and look ahead at where the program is headed over the next several years.
Staffing Research Data Services at University of EdinburghRobin Rice
Invited remote talk for Georg-August University of Göttingen workshop: RDM costs and efforts on 28 May in Göttingen. Organised by the project Göttingen Research Data Exploratory (GRAcE).
The Reasons Why the Science Gateways Community Needs an InstituteSandra Gesing
The science gateways community is by nature an interdisciplinary community with quite a few different roles: from researchers and educators to creators and providers of science gateways serving research areas in the sciences, humanities and arts. While 80-90% participants at the European IWSG (International Workshop on Science Gateways) and the US Gateways Conference series are predominantly from computer science and engineering, the number of users belonging to the science gateway community is much bigger in research domains beyond these “usual suspects”. Additionally, open science and FAIR (Findable, Accessible, Interoperable, Reusable) initiatives as well as research involving machine learning and artificial intelligence (AI) methods have a lot of momentum in the research community in the last seven to eight years and demand solutions that are tailored to the
different communities and allow researchers to focus on their research questions. Science gateways are predestined to serve as a solution with their design for supporting the sharing of simulations, data and workflows while applying research infrastructures including sensors and lab instruments. The open science, FAIR and AI communities grow fast, evident in initiatives such as GO FAIR in Europe and the US, publications on FAIR and AI and the amount of presentations at conferences such as RDA (Research Data Alliance) while the science gateways community seems to be not participating in this fast growth. There are some grassroot efforts that address science gateways and FAIR, for example, but the uptake is not comparable. The talk goes into detail why an institute is necessary to improve the outreach to the community at large to accelerate research and reach researchers and educators who are not aware of science gateways yet.
Bridging Gaps and Broadening Participation inToday's and Future Research Com...Sandra Gesing
Research computing is in an exciting era and has never as fast evolved as in the last 20 years. We can nowadays answer research questions that we could not even ask two decades ago. This has led to discoveries such as the analyses of DNA from Next-Generation Sequencing technologies. The increased complexity of software, data, hardware and lab instruments demands for more openness and sharing of data and methods. Researchers and educators are not necessarily IT specialists though. Thus, a further trend in research computing is the shift from system-centric design to user-centric design and interdisciplinary teams – complex solutions are offered in self-explanatory user interfaces, so-called science gateways or virtual research environments. I will present solutions and projects supporting users to be able to focus on their research questions without the need to become acquainted with the nitty-gritty details of the complex research computing infrastructure. Key aspects of the presented projects are usability and interoperability of computational methods, reproducibility of research results as well as sustainability of research software. Sustainability of research software has many facets. I advocate for improving the diversity in workforce development, career paths for research software engineers and for incentivizing their work via means beyond the traditional academic rewarding system.
Sustainability of HPC Research Computing: Fostering career paths for facilit...Sandra Gesing
The sustainability of research computing has gained increased attention in academia over the last decade. This is evident in multiple projects and initiatives such as the NSF-funded XSEDE Campus Champions, ACI-REF (Advanced Cyberinfrastructure - Research and Education Facilitators), the Working Towards Sustainable Software for Science: Software and Experiences (WSSSPE) workshop series, as well as existing and starting Research Software Engineer (RSE) national associations. Funding bodies support research computing sustainability with solicitations and projects, e.g., the CyberAmbassadors and funded institutes such as the UK Software Sustainability Institute, the Science Gateways Community Institute (SGCI) and The Molecular Sciences Software Institute (MolSSI), as well as funded institute conceptualizations such as US Research Software Sustainability Institute (URSSI). The European Commission just published a report “Recognising the Importance of Software in Research - Research Software Engineers (RSEs), a UK Example” emphasizing that a viable career path for RSEs is crucial to sustain research software and research computing. SGCI is currently launching a program for gateway ambassadors to build a community supporting researchers and developers to set up collaborative environments for increasing the usability of research computing infrastructures.
A major concern in achieving research computing sustainability is improving career paths for facilitators, RSEs, and/or science gateway creators - whether they are staff or faculty at academic institutions or national labs. Facilitation of research computing and software contributions are generally not a factor in career advancement in academia; typical evaluation criteria include publications and citations, successful proposals and funding, and advised and graduated students. Multiple initiatives and projects are trying to improve this situation.
SGCI - URSSI - Science Gateways for Electronics, Photonics and Magnetics: Ach...Sandra Gesing
In the current era of research, many novel devices based on the principles of electronics, photonics and magnetics are being developed as well as novel materials such as layered materials with low-symmetry crystal structure. Innovative research studies physical phenomena and basic properties and leads to more device applications. Computational tools and simulations for supporting these studies are crucial in research and teaching. Such tools often demand the use of command line tools and lack usability as well as visualization possibilities. nanoHUB is a widely used end-to-end solution with access to over 500 tools, more than 1.4 Million users and more than 5500 resources world-wide with an easy-to-use interface. Its goal is to be a resource to the entire nanotechnology discovery and learning community and can be categorized as a so-called science gateway. In general, a science gateway provides an end-to-end solution providing an intuitive user interface for a set of computational tools and data of a specific application domain while hiding the complex underlying infrastructure. The overall goal of science gateways is to increase the usability of complex tools and computational and data infrastructures. With a wide uptake of a science gateway by the community, the need for sustainability of the solution arises to allow serving the community in the long run in its innovative research. The Science Gateways Community Institute (SGCI) has been funded for this goal: to serve science gateway developers and users in achieving more science gateways employing novel devices and infrastructures and increase the sustainability of science gateways. Science gateways form a subgroup of research software and the conceptualization of the US Research Software Sustainability Institute (URSSI) aims at supporting sustainability of research software in general and thus, the sustainability of simulations and tools for nanotechnology. The talk gives a brief introduction to nanoHUB, goes into detail for sustainability challenges addressed by SGCI and the conceptualization of URSSI.
The Conceptualization of URSSI - How You Can EngageSandra Gesing
Many science advances have been possible thanks to use of software. This software, also known as "research software,",has become essential to progress in science and engineering. The scientists who develop the software are experts in their discipline, but not necessarily experts in software engineering and may lack sufficient understanding of the practices that make software development easier, and the software more robust, reliable, maintainable and sustainable. This project will work with these scientists and software engineering experts to understand how the research community can best work together to design and maintain better software with lower effort, so that they and others can continue to use it over long periods of time. This project will conduct several workshops and a survey in order to gather and understand the community's needs addressing the diversity in software expertise of its members. These needs will be widely disseminated via newsletters and via a website. The primary deliverable of this project will be a design and strategic plan for a US Research Software Sustainability Institute (URSSI) which will serve as a community hub and provide services to scientists that will help them create improved, more sustainable software. This software in turn will accelerate the progress of science.
SGCI-URSSI-Sustainability in Research ComputingSandra Gesing
Sustainability in research computing has many facets such as funding and career paths for facilitators and research software engineers. The concern about sustainability is addressed in projects like the Science Gateways Community Institute (SGCI) and the conceptualization of the US Research Software Sustainability Institute (URSSI). Many further initiatives and projects are concerned with sustainability and the discussion at the ACI-REF VR Intermediate Workshop led to some consolidation ideas.
SGCI - Science Gateways Community Institute: Software RegistrySandra Gesing
The Science Gateways Community Institute consists of five service areas and the Scientific Software Collaborative offers an openly accessible Gateway Catalog.
The Gateway Catalog helps to promote gateways, the community can contribute gateway-relevant software components, search the diverse collection of existing gateways and software to customize an out-of-the-box gateway solution as well as find gateways to use as a resource in research and/or teaching.
SGCI - Science Gateways Bootcamp: Strategies for Developing, Operating and Su...Sandra Gesing
The main goal of science gateways is to deliver a computational solution for serving communities effectively, efficiently and reliably via enabling users to focus on their research questions without them becoming acquainted with complex computing and data infrastructures. Besides good software engineering practices further considerations are crucial such as understanding the users’ need to prepare a science gateway for success. The US Science Gateways Community Institute (SGCI) funded since August 2016 by the National Science Foundation (NSF) serves user communities and science gateway creators to support the growth and success of science gateways. Its Science Gateways Bootcamp offers the possibility to learn about beneficial strategies for developing, operating and sustaining science gateways.
SGCI - RDA - Sustainability of Collaborative PlatformsSandra Gesing
Sustainability of collaborative platforms
Sustainability is a recognised challenge for both providers and users of virtual research environments (VRE), science gateways (SG) or virtual laboratories (VL). But what factors contribute to their sustainability and how can we influence them?
SGCI - The Science Gateways Community Institute: Going Beyond BordersSandra Gesing
The Science Gateways Community Institute (SGCI), opened in August 2016, provides free resources, services, experts, and ideas for creating and sustaining science gateways. It offers five areas of services to the science gateway developer and user communities: the Incubator, Extended Developer Support, the Scientific Software Collaborative, Community Engagement and Exchange, and Workforce Development. While all these areas are available to US-based communities, the Incubator, the Scientific Software Collaborative and the Community Engagement and Exchange serve also the international communities. We aim at reaching out and supporting beyond borders on international scale with diverse measures and our intent is to form and deepen collaborations with partner organizations and coalitions beneficial and/or related to the science gateways community. Research topics are independent of national borders and researchers spread worldwide can benefit from each other’s research results, software, data and from lessons learned — via online materials and publications or at international events. The gateway community has long benefitted from this type of exchange. This paper will present related work describing the benefits of international collaborations generally, and specifically as they relate to science gateways. We go into detail regarding SGCI’s ongoing work on international scale and its work planned in the near future.
SGCI Science Gateways: Addressing Data Management ChallengesSandra Gesing
Data management challenges include:
* Meaningful data aggregation and analysis
* Real-time analytics
* Privacy and security demands
* Lack of usability of solutions
* Missing integration of data sources and instruments
* Complicated US and European privacy laws on health data
* Diversity of stakeholders
Science gateways can address the first five challenges, can
assist with data and measures for easing policies on health data and support diverse user roles via easy-to-use end-to-end solutions.
SGCI Science Gateways Landscape in North AmericaSandra Gesing
Presentation at RDA
A) Approaches to interoperability among Science Gateways
B) Key ingredients for successful and vibrant virtual research communities
C) Sustainability of Science Gateways - what are the current models that work (and conversely have failed))
SGCI Science Gateways: Harnessing Big Data and Open Data 03-19-2017Sandra Gesing
The importance of Big Data and Open Data to achieve scientific advancements in precision medicine is beyond doubt and evident in many different projects and initiatives such as the Precision Medicine Initiative (All of Us), ICTBioMed, NCIP Hub, 100K Genomics England Project, NIH Cancer Moonshot, and the Million Veterans Program. In April 2013, McKinsey & Company proclaimed that Big Data has the ability to revolutionize pharmaceutical research and development within clinical environments, by using data for better informed decision making and targeting the diverse user roles including physicians, consumers, insurers, and regulators. Companies from a wide spectrum such as Oracle Health Sciences, Google, and Data4Cure build solutions that help address efficient and secure data sharing with the patient or clinician in mind. Open data can be maintained and shared by patient communities such as PatientsLikeMe.com and build an invaluable resource for further data mining.
Even with all these advances there are still challenges to address including a recent Precision Medicine World Conference announcement in November 2016: “We are missing easy-to-use solutions to share patient data.” Science gateways are a solution to fill the gap and help form by definition end-to-end solutions – web-based, mobile or desktop applications - that provide intuitive access to advanced resources and allow researchers to focus on tackling today’s challenging science questions. Science Gateways abstract the complex underlying computing and data infrastructure as far as feasible and desired by the stakeholder and can be tailored to different target groups with diverse backgrounds, demands, and technical knowledge.
Science Gateways have existed for over a decade and a wide variety of frameworks and APIs have been developed to support the efficient creation of science gateways and ease the implementation of connections to Cloud infrastructures and distributed data on a large scale. The importance of science gateways has been recognized by NSF by funding the creation of a Science Gateways Community Institute (SGCI) to serve the community with free resources, services, experts, and ideas for creating and sustaining science gateways. To achieve this goal, the SGCI serves the community with five areas that have diverse foci and which also closely interact: Incubator, Extended Developer Support, Scientific Software Collaborative, Community Engagement and Exchange and Workforce Development.
The Institute is technology-agnostic and serves the community by offering a wide variety of services and using technologies that are the best fitting solution for the use case. Gateways allow for precision medicine to be more efficiently developed or adapted by lowering the barriers to data sharing and Big Data analysis.
SGCI - The Science Gateways Community Institute - Supporting Communities to A...Sandra Gesing
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Science Gateways – Leveraging Modeling and Simulations in HPC Infrastructure...Sandra Gesing
A tutorial on science gateways at the cHiPSet Training School – New Trends in Modeling and Simulation in HPC Systems, 21-23 September 2016 in Bucharest, Romania.
Increasing the Efficiency of Workflows: Use Cases in the Life SciencesSandra Gesing
Workflows have proved to be an excellent medium for representing scientific methods in general and especially also in the areas of life sciences and chemistry.
In the last 20 years quite a few mature workflow engines and workflow editors with diverse foci and strength have been developed to support communities in managing workflows. More recent trends for enhancements of workflow systems address the usability of workflows, re-usability, sustainability and optimisations of their efficiency.
The talk will go into detail for three methods and concepts concerned with these topics. The first topic consists of meta-workflows for quantum-chemical applications applied in the project MoSGrid (Molecular Simulation Grid) and its science gateway developed on top of WS-PGRADE. The second one addresses scaling up bioinformatic workflows with dynamic job expansion and our case study using Galaxy and Makeflow. The talk concludes with a model for balancing thread-level and task-level parallelism for data-intensive workloads on clusters and clouds on the example of aligners for next-generation sequencing data.
Usability, Reusability and Reproducibility of Bioinformatic Applications Sandra Gesing
Novel biotechnologies allow creating data in exascale dimension with relatively minor effort of human and laboratory and thus monetary resources compared to capabilities only a decade ago. While the availability of this data salvage to find answers for research questions, which would not have been feasible before, maybe even not feasible to ask before, the amount of data creates new challenges, which obviously need new software and data management systems. Such new solutions have to consider integrative approaches, which are not only considering the effectiveness and efficiency of data processing but improve usability, reusability and reproducibility especially tailored to the target user communities of biological data. Science gateways address such challenges and are intuitive graphical user interfaces offering a single point of entry to distributed job, workflow and/or data management across organizational boundaries. Their overall goal is to increase the usability of applications allowing users to focus on their specific research question instead of becoming acquainted with command line tools and diverse access mechanisms to infrastructures. The talk will give an overview on existing technologies, on current issues regarding reusability and reproducibility as well as on results of two user surveys. It will especially highlight key challenges and the characteristics cutting-edge developments should possess for fulfilling the needs of the user communities to allow for seamless data analysis on a large scale.
Listen to the keynote address and hear about the latest developments from Rachana Ananthakrishnan and Ian Foster who review the updates to the Globus Platform and Service, and the relevance of Globus to the scientific community as an automation platform to accelerate scientific discovery.
A Comprehensive Look at Generative AI in Retail App Testing.pdfkalichargn70th171
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Designing for Privacy in Amazon Web ServicesKrzysztofKkol1
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Your Digital Assistant.
Making complex approach simple. Straightforward process saves time. No more waiting to connect with people that matter to you. Safety first is not a cliché - Securely protect information in cloud storage to prevent any third party from accessing data.
Would you rather make your visitors feel burdened by making them wait? Or choose VizMan for a stress-free experience? VizMan is an automated visitor management system that works for any industries not limited to factories, societies, government institutes, and warehouses. A new age contactless way of logging information of visitors, employees, packages, and vehicles. VizMan is a digital logbook so it deters unnecessary use of paper or space since there is no requirement of bundles of registers that is left to collect dust in a corner of a room. Visitor’s essential details, helps in scheduling meetings for visitors and employees, and assists in supervising the attendance of the employees. With VizMan, visitors don’t need to wait for hours in long queues. VizMan handles visitors with the value they deserve because we know time is important to you.
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One Subscription, Four Modules – Admin, Employee, Receptionist, and Gatekeeper ensures confidentiality and prevents data from being manipulated
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One app for all industries – a Visitor Management System that works for any organisation.
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Courier Management – Keeps a check on deliveries like commodities being delivered in and out of establishments
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Visitor Management System is a secure and user friendly database manager that records, filters, tracks the visitors to your organization.
"Secure Your Premises with VizMan (VMS) – Get It Now"
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In fact, according to a report by Statista, the number of React Native developers has been steadily increasing over the years, reaching an estimated 1.9 million by the end of 2024. This means that the demand for this framework in the job market has been growing making it a valuable skill.
But what makes React Native so popular for mobile application development? It offers excellent cross-platform capabilities among other benefits. This way, with React Native, developers can write code once and run it on both iOS and Android devices thus saving time and resources leading to shorter development cycles hence faster time-to-market for your app.
Let’s take the example of a startup, which wanted to release their app on both iOS and Android at once. Through the use of React Native they managed to create an app and bring it into the market within a very short period. This helped them gain an advantage over their competitors because they had access to a large user base who were able to generate revenue quickly for them.
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Code reviews are vital for ensuring good code quality. They serve as one of our last lines of defense against bugs and subpar code reaching production.
Yet, they often turn into annoying tasks riddled with frustration, hostility, unclear feedback and lack of standards. How can we improve this crucial process?
In this session we will cover:
- The Art of Effective Code Reviews
- Streamlining the Review Process
- Elevating Reviews with Automated Tools
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Multiple Your Crypto Portfolio with the Innovative Features of Advanced Crypt...Hivelance Technology
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Hivelance, a leading provider of cryptocurrency trading bot development services, stands out as the premier choice for crypto traders and developers. Hivelance boasts a team of seasoned cryptocurrency experts and software engineers who deeply understand the crypto market and the latest trends in automated trading, Hivelance leverages the latest technologies and tools in the industry, including advanced AI and machine learning algorithms, to create highly efficient and adaptable crypto trading bots
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Modern design is crucial in today's digital environment, and this is especially true for SharePoint intranets. The design of these digital hubs is critical to user engagement and productivity enhancement. They are the cornerstone of internal collaboration and interaction within enterprises.
Check out the webinar slides to learn more about how XfilesPro transforms Salesforce document management by leveraging its world-class applications. For more details, please connect with sales@xfilespro.com
If you want to watch the on-demand webinar, please click here: https://www.xfilespro.com/webinars/salesforce-document-management-2-0-smarter-faster-better/
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We describe the deployment and use of Globus Compute for remote computation. This content is aimed at researchers who wish to compute on remote resources using a unified programming interface, as well as system administrators who will deploy and operate Globus Compute services on their research computing infrastructure.
SGCI - URSSI - Research Software Engineers, Science Gateway Developers and Cyberpractitioners – Initiatives in the US
1. Award Number
ACI-1547611
Sandra Gesing
Center for Research Computing, University of Notre Dame
sandra.gesing@nd.edu
RSE Leadership Meeting, London, UK
30 January 2018
Research Software Engineers, Science
Gateway Developers and Cyberpractitioners
– Initiatives in the US
2. 2
• In the middle of nowhere of northern Indiana
(1.5 h from Chicago)
• 4 undergraduate colleges
• ~35 research institutes and centers
• ~12,000 students
University of Notre Dame
4. Center for Research Computing
• Software development and profiling
• Cyberinfrastructure/science gateway development
• Computational Scientist support
• Collaborative research/
grant development
• System administration/
prototype architectures
• Computational resources:
25,000 cores+
• Storage resources: 3 PB
• National resources (e.g., XSEDE)
• ~40 researchers,
research programmers,
HPC specialists
CRC and OIT building
http://crc.nd.edu CRC HPC Center (old Union Station)
7. URSSI: Conceptualizing a US Research
Software Sustainability Institute
7
• PIs: Karthik Ram, Jeffrey Carver, Sandra Gesing,
Daniel S. Katz, Nicholas Weber
• December 2017 – December 2018
• Goals:
• Plan an institute in the context of research software
• Build the community
• Vision of the institute:
• Improve how individuals and teams function
• Improve research software
• Improve the research field itself
8. URSSI Activities and How to Get Involved
8
• Workshops
• First one will be 10-12 April 2018 at Berkeley
• Survey
• in preparation
• Ethnographic studies
• Web site & dissemination
• http://urssi.us/
• https://twitter.com/si2urssi
• Sign up for Newsletter
• Email list
• Support for building US RSE community
9. Science Gateways (VREs and VLs)
9
• Increased complexity of
• today’s research questions
• hardware and software
• skills required
• Greater need for openness
and reproducibility
• Science increasingly driving
policy questions
• Opportunity to integrate
research with teaching
• Better workforce preparation
We need end-to-end
solutions that provide
broad access to
advanced resources
and
allow all to tackle
today’s challenging
science questions
è Science
Gateways
10. Science Gateways Community Institute
10
• Diverse expertise on
demand
• Longer term support
engagements
• Software and visibility
for gateways
• Information exchange in
a community
environment
• Student opportunities
and more stable
career pathshttps://sciencegateways.org/
https://twitter.com/sciencegateways
11. Incubator Service
11
Technology
Planning
• Choosing technologies
• Cybersecurity
• Software engineering
• Interfaces to compute and
data
• Business model development
• Financial planning
• Project management
• Software licensing
• Staff and sustainability
planning
Business Planning
Specialized Expertise
Security
• Center for Trustworthy Scientific
Cyberinfrastructure
Sustainability
• Nancy Maron, creator of the ITHAKA
S+R course on Sustaining Digital
Resources
Evaluation & Impact Measurement
• Ann Zimmerman Consulting
Campus Resource Development
Client Interaction
Planning
• Usability studies
• Web/visual/graphic design
• Impact measurement
• Community engagement
• Support for education
Common Experiences
• Training sessions
• Group interactions
Continuing Engagement
• Customized structure, content, goals
• Mentoring
• Pay It Forward
A Framework for Decision Making
Network / Cohort Formation
An Ongoing
Dispassionate
Ear
12. Sustainability via On-Campus Teams
• Great visibility for the institution’s research
activities
• Synergy effects between projects
• Shared resources, costs and expertise across
departments
• Lower learning curves
• Expertise that is otherwise difficult for individual
projects to obtain
• Ability to retain top-quality research computing
support by providing interesting projects
12
13. Challenges
• Some topics and roles are
only needed for part of the
project
⇒ Not fully funded positions
via one project
⇒ For diverse expertise,
several different people
are needed
13
14. Opportunities
• A breadth of interesting topics in the science
gateway creation process
• Novel frameworks and web applications
• Inter- and multidisciplinary work
• Contributing to grand challenges, e.g., Malaria
eradication
• HPC usage…
• A breadth of interesting roles
• HPC programmers, designers, statisticians, librarians,
machine learning experts, usability experts,…
14
15. Workforce Development
15
Providing Financial Support
• Enabling students learning gateway
skills
• Including internship experiences
Integrating Gateways into Course
Content
• Providing broader access to high-end
resources
Promoting Gateway-
Related Career Paths
• Campus
opportunities
• Job boards
Partners
National Organization for the Professional
Advancement of Black Chemists and
Chemical Engineers (NOBCChE)
Association of Computer/ Information
Sciences and Engineering Departments at
Minority Institutions (ADMI)
Molecular
Science Software
Institute
Google Summer of Code
(GSoC)
Establishing Center for
Training and Education at
ECSU
• Vigorous schedule of on-site and virtual
training
• Development of training and course
curricula about science gateways
technologies
SGCI Institute Areas
4
Focal
Areas
• Student-
related
conference
programs
17. ACI-REF Virtual Residency
• Yearly workshop since 2015
• Intense one-week long
• Hands-on and
presentations
(technical and
soft skills)
• Proposal for
workshop series
underway
17
http://www.oscer.ou.edu/acirefvirtres2017.php