Results from BlueBRIDGE survey on data management for the marine and aquaculture sector.
Respondents: 212 members of the French Business and Sea Innovation Cluster, the Pôle Mer Bretagne Atlantique.
Kuchinke Clinical Trials Networks supported by tools and servicesWolfgang Kuchinke
Clinical Trials Networks supported by Tools and Services from Infrastructure Projects.
International clinical trials are a challenge to management. Though, the number of clinical trials worldwide is increasing by around 10% per year, approvals for new molecule entities and biomedical licenses show little long-term increase. Main challenges are the need to recruit and retain sufficient numbers of patients and the successful implementing e-Clinical Trials technologies, especially for trials incorporating ePRO (patient reported outcome) and eRecruitment services. We suggest that clinical trials networks should cooperate with infrastructure projects to enable the implementation of eTrials and patient-centric trials.
Clinical trials systems can be optimised by coordination through information sharing and collaboration and by building networks. Here infrastructures can function as enablers by the provision of
software tools, especially patient centric trials, ePRO (Patient Reported Outcome) and data collection and recruitment using EHRs (Electronic Health Records) and the implementation of nessessary data protection, privacy protection and identity management. As example for a clinical trials network ECRIN is addressed. ECRIN is a public, non-profit organisation that links scientific partners and networks across Europe to facilitate multinational clinical research. We suggest the integration of clinical research at ECRIN with several infrastructure services developed by BBMRI, EATRIS, EUDAT, TransForm, p-medicine, BioMedBridges, etc., resulting in an increase in interoperability of clinical data management, biobanking, genetic databases, Electronic Health Records (EHR), query systems, data warehouses, data repositories and imaging data.
RMEC is a non-profit organization that provides opportunities for medical professionals and industry to collaborate through case registries to improve healthcare delivery and advance evidence-based medicine. A registry platform hosted by Syndicom allows multi-site data collection on osteo-biologics used to treat patients, making outcomes data easily accessible and enabling understanding of biologic efficacy in different settings. This advances evidence-based practice and allows innovation based on real-world data.
Clinical Trial Data Transparency: Explaining Governance for Public Data SharingHealth Data Consortium
Watch the webinar here: http://www.screencast.com/t/0lATKYlJ8
Dr. Chris Boone, then-VP in Avalere’s Evidence Translation and Implementation Practice, discussed clinical trial data transparency and considerations for governance and open data sharing. Clinical trials are extremely valuable as the primary data source for seeking regulatory approval of products. Historically, regulatory agencie have been the sole recipients of clinical trial data, butthere has been a recent push from various stakeholder groups to open access to clinical trial data to non-regulatory researchers as an act of ethical responsibility to patients, a contribution to public health, and a demonstrated commitment to advancing the science. Some of the barriers include developing a sound approach for de-identifying patient data, adopting universal clinical trial data format, and managing the proactive and non-selective access and security of clinical data once collected. Dr. Boone discusses rationales and benefits/risks of clinical trial transparency, responsible use of publicly sharing this data, barriers and legal implications, and reasonable data sharing models.
Discover more health data resources on our website at http://www.healthdataconsortium.org/
The document discusses mHealth and the role of technology in healthcare. It summarizes the research at WIT including over 400 research staff and €20 million in research expenditures annually. TSSG is highlighted as a leading software R&D center with expertise in mobile and communications services. TSSG works to meet expectations for mHealth such as making healthcare more accessible and personalized while addressing barriers like interoperability, security, and clinical evidence. Example projects highlighted include cloud-based connected devices, point-of-care apps, augmented reality for surgery, and mobile imaging solutions.
The document discusses open access policies for research data at the World Agroforestry Centre (ICRAF). It provides an overview of ICRAF's policy which states that data should be made openly accessible within 12 months of collection or project milestone. The policy allows centers flexibility to determine what constitutes incomplete or low-value data. Common misconceptions about open access are addressed, and benefits of open data are discussed such as improved publications, transparency, and recognition for researchers. Guidelines are provided for implementing open data policies including using metadata standards and archiving data.
Infographic- Improve Clinical Trial Participation with Mobile AppsDiaspark
Mobile apps are pivotal to patient recruitment & retention in clinical trials, we have done research on changing trends &d challenges in clinical trial patient recruitment & retention.
The document discusses how healthcare organizations are increasingly using data analytics and data science. It notes that healthcare analytics aims to improve clinical care while reducing costs. Examples are given of organizations that are using analytics, such as predicting patient admissions and using inhaler trackers to identify asthma trends. The document also discusses challenges like privacy concerns with data and establishing standards. It predicts future trends will include more wearable devices generating health data and increased data sharing through electronic records.
Kuchinke Clinical Trials Networks supported by tools and servicesWolfgang Kuchinke
Clinical Trials Networks supported by Tools and Services from Infrastructure Projects.
International clinical trials are a challenge to management. Though, the number of clinical trials worldwide is increasing by around 10% per year, approvals for new molecule entities and biomedical licenses show little long-term increase. Main challenges are the need to recruit and retain sufficient numbers of patients and the successful implementing e-Clinical Trials technologies, especially for trials incorporating ePRO (patient reported outcome) and eRecruitment services. We suggest that clinical trials networks should cooperate with infrastructure projects to enable the implementation of eTrials and patient-centric trials.
Clinical trials systems can be optimised by coordination through information sharing and collaboration and by building networks. Here infrastructures can function as enablers by the provision of
software tools, especially patient centric trials, ePRO (Patient Reported Outcome) and data collection and recruitment using EHRs (Electronic Health Records) and the implementation of nessessary data protection, privacy protection and identity management. As example for a clinical trials network ECRIN is addressed. ECRIN is a public, non-profit organisation that links scientific partners and networks across Europe to facilitate multinational clinical research. We suggest the integration of clinical research at ECRIN with several infrastructure services developed by BBMRI, EATRIS, EUDAT, TransForm, p-medicine, BioMedBridges, etc., resulting in an increase in interoperability of clinical data management, biobanking, genetic databases, Electronic Health Records (EHR), query systems, data warehouses, data repositories and imaging data.
RMEC is a non-profit organization that provides opportunities for medical professionals and industry to collaborate through case registries to improve healthcare delivery and advance evidence-based medicine. A registry platform hosted by Syndicom allows multi-site data collection on osteo-biologics used to treat patients, making outcomes data easily accessible and enabling understanding of biologic efficacy in different settings. This advances evidence-based practice and allows innovation based on real-world data.
Clinical Trial Data Transparency: Explaining Governance for Public Data SharingHealth Data Consortium
Watch the webinar here: http://www.screencast.com/t/0lATKYlJ8
Dr. Chris Boone, then-VP in Avalere’s Evidence Translation and Implementation Practice, discussed clinical trial data transparency and considerations for governance and open data sharing. Clinical trials are extremely valuable as the primary data source for seeking regulatory approval of products. Historically, regulatory agencie have been the sole recipients of clinical trial data, butthere has been a recent push from various stakeholder groups to open access to clinical trial data to non-regulatory researchers as an act of ethical responsibility to patients, a contribution to public health, and a demonstrated commitment to advancing the science. Some of the barriers include developing a sound approach for de-identifying patient data, adopting universal clinical trial data format, and managing the proactive and non-selective access and security of clinical data once collected. Dr. Boone discusses rationales and benefits/risks of clinical trial transparency, responsible use of publicly sharing this data, barriers and legal implications, and reasonable data sharing models.
Discover more health data resources on our website at http://www.healthdataconsortium.org/
The document discusses mHealth and the role of technology in healthcare. It summarizes the research at WIT including over 400 research staff and €20 million in research expenditures annually. TSSG is highlighted as a leading software R&D center with expertise in mobile and communications services. TSSG works to meet expectations for mHealth such as making healthcare more accessible and personalized while addressing barriers like interoperability, security, and clinical evidence. Example projects highlighted include cloud-based connected devices, point-of-care apps, augmented reality for surgery, and mobile imaging solutions.
The document discusses open access policies for research data at the World Agroforestry Centre (ICRAF). It provides an overview of ICRAF's policy which states that data should be made openly accessible within 12 months of collection or project milestone. The policy allows centers flexibility to determine what constitutes incomplete or low-value data. Common misconceptions about open access are addressed, and benefits of open data are discussed such as improved publications, transparency, and recognition for researchers. Guidelines are provided for implementing open data policies including using metadata standards and archiving data.
Infographic- Improve Clinical Trial Participation with Mobile AppsDiaspark
Mobile apps are pivotal to patient recruitment & retention in clinical trials, we have done research on changing trends &d challenges in clinical trial patient recruitment & retention.
The document discusses how healthcare organizations are increasingly using data analytics and data science. It notes that healthcare analytics aims to improve clinical care while reducing costs. Examples are given of organizations that are using analytics, such as predicting patient admissions and using inhaler trackers to identify asthma trends. The document also discusses challenges like privacy concerns with data and establishing standards. It predicts future trends will include more wearable devices generating health data and increased data sharing through electronic records.
E-Plant Clinics Kenya_eLearning Africa 2015Willis Ochilo
1. A pilot program introduced tablets to plant clinics in Kenya to improve agricultural extension. Tablets allowed clinics to collect more data faster and provide longer, more detailed recommendations to farmers.
2. Preliminary results found clinics using tablets submitted more prescription forms, helping more farmers, and were able to identify and respond more quickly to new plant pests.
3. Access to reference materials on tablets helped plant doctors give better advice. Female plant doctors excelled at using the tablets.
The document discusses the concept of BBMRI Expert Centres, which are proposed as a new public-private partnership model to improve the use of biospecimens for research. The expert centres would provide specialized medical and scientific expertise, standardized analysis platforms, and quality management to facilitate data sharing between academia and industry. This model offers industry access to expertise and reduces sample shipping needs, while avoiding issues around commercialization of samples.
Simcyp Limited is a UK-based SME specializing in population-based modelling and simulation (M&S) of pharmacokinetics and pharmacodynamics (PKPD). It has 53 employees and works with 70% of top pharmaceutical companies and regulatory agencies. Simcyp has received several awards and been involved in 6 EU-funded projects since 2004 covering areas like reducing animal testing and improving drug development. The company provides M&S tools, workshops and consultancy to help clients develop safer medicines more efficiently.
The document summarizes the process of implementing an integrated electronic health record (IEHR) system in a university exercise physiology teaching clinic. Key steps included procuring practice management software with IEHR capabilities, developing condition-specific protocols, designing clinical interfaces, and configuring the system for data entry via questionnaires and during consultations. Interviews found that staff and students perceived more advantages than disadvantages to adopting IEHR, such as improved patient care, progress tracking, and the ability to engage in research. The new system aims to enhance student learning and patient outcomes by allowing access to health information and progress data.
Medical research:-rebuilt,-retooled -and -rebooted pptPuja Roy
Medical Research: Rebuilt, Retooled and Rebooted An early stage mobile medical device company developing a human-centered suite of consumer products using science and technology to empower everyday people to monitor and better understand their own health—anytime, anywhere.
Dr Samar Betmouni, Director of Clinical Pathology at the University of Bradford joined us at our Digital Health and Wellbeing Festival which took place in June. She delivered a Digital Diagnostics Workshop, view the slides to learn more.
The MMEA research program aims to develop new tools and methods for environmental measurement, monitoring, and decision support to improve energy and material efficiency. It combines the development of measurement technologies, modeling tools, and ICT infrastructure to create integrated environmental observation networks and decision support systems. The program expects to develop a new business development platform and increase competitiveness in the global market through commercial applications and services based on environmental data. It includes pilots like an indoor air quality pilot that provides tools for benchmarking buildings and optimizing energy use.
Samuel Ethiopia
COO
DocSpera
The Institute’s Unleashing Innovation in Healthcare program is designed to identify and expose innovative technologies and processes to solving many of the complex challenges facing the U.S. healthcare system. This unique 7 minute presentation gives health IT startups the chance to showcase ground-breaking solutions and approaches to advance the effective use of healthcare technology. Areas of emphasis include solutions and processes that can reduce cost, improve quality and demonstrate the efficacy of healthcare technology with a specific focus on Triple Aim drivers.
The Canadian Clinical Trials Asset Map (CCTAM) - Shurjeel H Choudhri and Alis...CityAge
The Canadian Clinical Trials Asset Map (CCTAM) is an initiative to create an online, searchable database of Canadian clinical research capabilities. The objectives are to improve capacity for clinical research in Canada and position Canada as an attractive destination for clinical trials. Significant progress has been made in developing CCTAM, which will leverage existing asset maps and include comprehensive data on investigators, sites, and research organizations. Once complete, CCTAM aims to be a one-stop tool to support clinical research planning in Canada.
Building trust through improved tools and practice in the life cycle of mecha...OECD Environment
This document discusses improving the use of academic data in regulatory assessments by addressing issues related to how the data is generated, documented, retrieved, and evaluated. It proposes developing guidance to help researchers better design and report studies to facilitate regulatory uptake. It also suggests creating a search guide to help assessors find, access, and evaluate academic data from scientific sources by building on existing tools and repositories. This would help implement the requirement to consider all available information in assessments.
The document discusses a challenge to analyze surgical workflow in laparoscopic surgeries. Participants are tasked with segmenting colorectal surgeries into phases based on video and sensor data. Standard evaluation metrics like precision, recall, and accuracy will be used to assess submissions. Participants can use third party data and are encouraged to submit results from video only, sensors only, and combined data.
Increasing District Level Evidence-based Decision Making in Cote d'IvoireMEASURE Evaluation
This document summarizes efforts in Côte d'Ivoire to increase evidence-based decision making at the district level through strengthening health information systems and data use. A data demand and use intervention was implemented with 8 mutually reinforcing activities, including engaging data users, improving data quality and availability, building capacity in data use, and strengthening organizational infrastructure for data use. Evaluations found improvements in data quality, availability, and use at district and facility levels. Regional data review meetings were established to identify information needs and facilitate evidence-based decision making.
Collaborate Effectively to Transform Clinical TrialsVeeva Systems
View slides from Veeva's plenary session at ExL's 8th Trial Master File Summit to:
• Learn opportunities to transform trial execution through greater TMF collaboration
• Explore innovative ways to enhance collaboration by automating the exchange of TMF data between sponsors, CROs, and sites
• Learn how to gain and leverage continuous visibility of clinical data exchange to improve oversight, compliance, and decision-making
Costs, Policy, and Benefits in Long-term Digital Preservation, by Neil BeagrieJISC KeepIt project
This presentation describes Keeping Research Data Safe (KRDS) a model, method and survey for assessing the institutional costs for managing and looking after research data. It was given as part of module 2 of a 5-module course on digital preservation tools for repository managers, presented by the JISC KeepIt project. For more on this and other presentations in this course look for the tag 'KeepIt course' in the project blog http://blogs.ecs.soton.ac.uk/keepit/
(Digital) scholarship in medical educationPoh-Sun Goh
This document discusses digital scholarship in medical education, including various forms of digital works like papers, presentations, exhibits, demonstrations, books, and illustrations. It also mentions transferring data, metrics, outcomes, performance measures, evidence, and opinions through digital repositories and collections. Digital scholarship can enhance teaching, discovery, integration, and application in medical education.
The document outlines the aims and progress of the Biomedical Informatics Program at the Atlanta Clinical and Translational Science Institute. The four main aims are to: 1) develop a federated system to link research databases, 2) deploy applications for clinical data management and analysis, 3) engage investigators in using informatics resources, and 4) enhance informatics training. Recent progress includes deploying several clinical registries and data repositories. Future plans include further integrating resources between partner organizations and leveraging over $3.8 million in funding.
This document discusses digital scholarship in medical education, including various forms of digital works like papers, presentations, exhibits, demonstrations, and books. It also mentions transferring data, metrics, outcomes, and evidence through repositories and collections to inform and advance medical education.
Designing Care Pathways Using Simulation Modeling and Machine LearningMahmoud Elbattah
Presented at Winter Simulation Conference 2018, Gothenburg, Sweden
Authors:
Mahmoud Elbattah, Owen Molloy, Bernard P. Zeigler
Summary:
The paper presents a framework that incorporates Simulation Modeling along with Machine Learning (ML) for the purpose of designing pathways and evaluating the return on investment of implementation. The study goes through a use case in relation to elderly healthcare in Ireland, with a particular focus on the hip-fracture care scheme. Initially, unsupervised ML is utilised to extract knowledge from the Irish Hip Fracture Database. Data clustering is specifically applied to learn potential insights pertaining to patient characteristics, care-related factors, and outcomes. Subsequently, the data-driven knowledge is utilised within the process of simulation model development. Generally, the framework is conceived to provide a systematic approach for developing healthcare policies that help optimise the quality and cost of care.
This document discusses how cloud computing can impact the healthcare industry. It defines cloud computing and explores its benefits, including providing a secure way to share data globally and increasing competitive advantage. The document also examines challenges like security and legal issues and how cloud computing may help create a more agile healthcare system and shift chronic care to better patient outcomes. It analyzes these impacts through a case study of Westmead Public Hospital.
Management plan evaluation of western horse mackerelBlue BRIDGE
Scott Large, ICES, at BlueBRIDGE workshop on "Data Management services to support stock assessement", held during the Annual ICES Science conference 2016
Ensemble multispecies modelling and the BlueBRIDGE initiativeBlue BRIDGE
Robert Thorpe, CEFAS, at BlueBRIDGE workshop on "Data Management services to support stock assessement", held during the Annual ICES Science conference 2016
E-Plant Clinics Kenya_eLearning Africa 2015Willis Ochilo
1. A pilot program introduced tablets to plant clinics in Kenya to improve agricultural extension. Tablets allowed clinics to collect more data faster and provide longer, more detailed recommendations to farmers.
2. Preliminary results found clinics using tablets submitted more prescription forms, helping more farmers, and were able to identify and respond more quickly to new plant pests.
3. Access to reference materials on tablets helped plant doctors give better advice. Female plant doctors excelled at using the tablets.
The document discusses the concept of BBMRI Expert Centres, which are proposed as a new public-private partnership model to improve the use of biospecimens for research. The expert centres would provide specialized medical and scientific expertise, standardized analysis platforms, and quality management to facilitate data sharing between academia and industry. This model offers industry access to expertise and reduces sample shipping needs, while avoiding issues around commercialization of samples.
Simcyp Limited is a UK-based SME specializing in population-based modelling and simulation (M&S) of pharmacokinetics and pharmacodynamics (PKPD). It has 53 employees and works with 70% of top pharmaceutical companies and regulatory agencies. Simcyp has received several awards and been involved in 6 EU-funded projects since 2004 covering areas like reducing animal testing and improving drug development. The company provides M&S tools, workshops and consultancy to help clients develop safer medicines more efficiently.
The document summarizes the process of implementing an integrated electronic health record (IEHR) system in a university exercise physiology teaching clinic. Key steps included procuring practice management software with IEHR capabilities, developing condition-specific protocols, designing clinical interfaces, and configuring the system for data entry via questionnaires and during consultations. Interviews found that staff and students perceived more advantages than disadvantages to adopting IEHR, such as improved patient care, progress tracking, and the ability to engage in research. The new system aims to enhance student learning and patient outcomes by allowing access to health information and progress data.
Medical research:-rebuilt,-retooled -and -rebooted pptPuja Roy
Medical Research: Rebuilt, Retooled and Rebooted An early stage mobile medical device company developing a human-centered suite of consumer products using science and technology to empower everyday people to monitor and better understand their own health—anytime, anywhere.
Dr Samar Betmouni, Director of Clinical Pathology at the University of Bradford joined us at our Digital Health and Wellbeing Festival which took place in June. She delivered a Digital Diagnostics Workshop, view the slides to learn more.
The MMEA research program aims to develop new tools and methods for environmental measurement, monitoring, and decision support to improve energy and material efficiency. It combines the development of measurement technologies, modeling tools, and ICT infrastructure to create integrated environmental observation networks and decision support systems. The program expects to develop a new business development platform and increase competitiveness in the global market through commercial applications and services based on environmental data. It includes pilots like an indoor air quality pilot that provides tools for benchmarking buildings and optimizing energy use.
Samuel Ethiopia
COO
DocSpera
The Institute’s Unleashing Innovation in Healthcare program is designed to identify and expose innovative technologies and processes to solving many of the complex challenges facing the U.S. healthcare system. This unique 7 minute presentation gives health IT startups the chance to showcase ground-breaking solutions and approaches to advance the effective use of healthcare technology. Areas of emphasis include solutions and processes that can reduce cost, improve quality and demonstrate the efficacy of healthcare technology with a specific focus on Triple Aim drivers.
The Canadian Clinical Trials Asset Map (CCTAM) - Shurjeel H Choudhri and Alis...CityAge
The Canadian Clinical Trials Asset Map (CCTAM) is an initiative to create an online, searchable database of Canadian clinical research capabilities. The objectives are to improve capacity for clinical research in Canada and position Canada as an attractive destination for clinical trials. Significant progress has been made in developing CCTAM, which will leverage existing asset maps and include comprehensive data on investigators, sites, and research organizations. Once complete, CCTAM aims to be a one-stop tool to support clinical research planning in Canada.
Building trust through improved tools and practice in the life cycle of mecha...OECD Environment
This document discusses improving the use of academic data in regulatory assessments by addressing issues related to how the data is generated, documented, retrieved, and evaluated. It proposes developing guidance to help researchers better design and report studies to facilitate regulatory uptake. It also suggests creating a search guide to help assessors find, access, and evaluate academic data from scientific sources by building on existing tools and repositories. This would help implement the requirement to consider all available information in assessments.
The document discusses a challenge to analyze surgical workflow in laparoscopic surgeries. Participants are tasked with segmenting colorectal surgeries into phases based on video and sensor data. Standard evaluation metrics like precision, recall, and accuracy will be used to assess submissions. Participants can use third party data and are encouraged to submit results from video only, sensors only, and combined data.
Increasing District Level Evidence-based Decision Making in Cote d'IvoireMEASURE Evaluation
This document summarizes efforts in Côte d'Ivoire to increase evidence-based decision making at the district level through strengthening health information systems and data use. A data demand and use intervention was implemented with 8 mutually reinforcing activities, including engaging data users, improving data quality and availability, building capacity in data use, and strengthening organizational infrastructure for data use. Evaluations found improvements in data quality, availability, and use at district and facility levels. Regional data review meetings were established to identify information needs and facilitate evidence-based decision making.
Collaborate Effectively to Transform Clinical TrialsVeeva Systems
View slides from Veeva's plenary session at ExL's 8th Trial Master File Summit to:
• Learn opportunities to transform trial execution through greater TMF collaboration
• Explore innovative ways to enhance collaboration by automating the exchange of TMF data between sponsors, CROs, and sites
• Learn how to gain and leverage continuous visibility of clinical data exchange to improve oversight, compliance, and decision-making
Costs, Policy, and Benefits in Long-term Digital Preservation, by Neil BeagrieJISC KeepIt project
This presentation describes Keeping Research Data Safe (KRDS) a model, method and survey for assessing the institutional costs for managing and looking after research data. It was given as part of module 2 of a 5-module course on digital preservation tools for repository managers, presented by the JISC KeepIt project. For more on this and other presentations in this course look for the tag 'KeepIt course' in the project blog http://blogs.ecs.soton.ac.uk/keepit/
(Digital) scholarship in medical educationPoh-Sun Goh
This document discusses digital scholarship in medical education, including various forms of digital works like papers, presentations, exhibits, demonstrations, books, and illustrations. It also mentions transferring data, metrics, outcomes, performance measures, evidence, and opinions through digital repositories and collections. Digital scholarship can enhance teaching, discovery, integration, and application in medical education.
The document outlines the aims and progress of the Biomedical Informatics Program at the Atlanta Clinical and Translational Science Institute. The four main aims are to: 1) develop a federated system to link research databases, 2) deploy applications for clinical data management and analysis, 3) engage investigators in using informatics resources, and 4) enhance informatics training. Recent progress includes deploying several clinical registries and data repositories. Future plans include further integrating resources between partner organizations and leveraging over $3.8 million in funding.
This document discusses digital scholarship in medical education, including various forms of digital works like papers, presentations, exhibits, demonstrations, and books. It also mentions transferring data, metrics, outcomes, and evidence through repositories and collections to inform and advance medical education.
Designing Care Pathways Using Simulation Modeling and Machine LearningMahmoud Elbattah
Presented at Winter Simulation Conference 2018, Gothenburg, Sweden
Authors:
Mahmoud Elbattah, Owen Molloy, Bernard P. Zeigler
Summary:
The paper presents a framework that incorporates Simulation Modeling along with Machine Learning (ML) for the purpose of designing pathways and evaluating the return on investment of implementation. The study goes through a use case in relation to elderly healthcare in Ireland, with a particular focus on the hip-fracture care scheme. Initially, unsupervised ML is utilised to extract knowledge from the Irish Hip Fracture Database. Data clustering is specifically applied to learn potential insights pertaining to patient characteristics, care-related factors, and outcomes. Subsequently, the data-driven knowledge is utilised within the process of simulation model development. Generally, the framework is conceived to provide a systematic approach for developing healthcare policies that help optimise the quality and cost of care.
This document discusses how cloud computing can impact the healthcare industry. It defines cloud computing and explores its benefits, including providing a secure way to share data globally and increasing competitive advantage. The document also examines challenges like security and legal issues and how cloud computing may help create a more agile healthcare system and shift chronic care to better patient outcomes. It analyzes these impacts through a case study of Westmead Public Hospital.
Management plan evaluation of western horse mackerelBlue BRIDGE
Scott Large, ICES, at BlueBRIDGE workshop on "Data Management services to support stock assessement", held during the Annual ICES Science conference 2016
Ensemble multispecies modelling and the BlueBRIDGE initiativeBlue BRIDGE
Robert Thorpe, CEFAS, at BlueBRIDGE workshop on "Data Management services to support stock assessement", held during the Annual ICES Science conference 2016
What can «blue» do for you: overcoming ICES challenges with BlueBRIDGE toolsBlue BRIDGE
Scott Large, ICES, at BlueBRIDGE workshop on "Data Management services to support stock assessement", held during the Annual ICES Science conference 2016
The BlueBRIDGE approach to collaborative researchBlue BRIDGE
Gianpaolo Coro, ISTI-CNR, at BlueBRIDGE workshop on "Data Management services to support stock assessement", held during the Annual ICES Science conference 2016
EUDAT B2Service Suite| - A new version is available at http://ow.ly/fsCi30grKHVEUDAT
EUDAT offers a complete set of research data services and storage resources distributed across 15 European countries. These services include B2DROP for personal cloud storage and synchronization, B2SHARE for storing and sharing small research datasets, B2SAFE for replicating data across multiple sites, B2STAGE for transferring data to high-performance computing resources, B2FIND as a metadata catalogue to find data, B2HANDLE for persistent identifiers, and B2ACCESS for authentication and authorization. The services are designed based on user community requirements to enable European researchers to access, preserve, and process research data in a trusted environment.
Tutorial on Hybrid Data Infrastructures: D4Science as a case studyBlue BRIDGE
An e-Infrastructure is a distributed network of service nodes, residing on multiple sites and managed by one or more organizations allowing scientists residing at distant places to collaborate. They may offer a multiplicity of facilities as-a-service, supporting data sharing and usage at different levels of abstraction. E-Infrastructures can have different implementations (Andronico et al 2011). A major distinction is between (i) Data e-Infrastructures, i.e. digital infrastructures promoting data sharing and consumption to a community of practice (e.g. MyOcean, Blanc 2008) and (ii) Computational e-Infrastructures, which support the processes required by a community of practice using GRID and Cloud computing facilities (e.g. Candela et al. 2013). A more recent type of e-Infrastructure is the Hybrid Data Infrastructure (HDI) (Candela et al. 2010), i.e. a Data and Computational e-Infrastructure that adopts a delivery model for data management, in which computing, storage, data and software are made available as-a-Service. HDIs support, for example, data transfer, data harmonization and data processing workflows. Hybrid Data e-Infrastructures have already been used in several European and international projects (e.g. i-Marine 2011; EuBrazil OpenBio 2011) and their exploitation is growing fast supporting new projects and initiatives, e.g. Parthenos, Ariadne, Descramble.
A particular HDI, named D4Science (Candela et al. 2009), has been used by communities of practice in the fields of biodiversity conservation, geothermal energy monitoring, fisheries management, and culture heritage. This e-Infrastructure hosts models and resources by several international organizations involved in these fields. Its capabilities help scientists to access and manage data, reuse data and models, obtain results in short time and share these results with other colleagues.
BlueBRIDGE supporting small local fisheries communities, ICT2015Blue BRIDGE
BlueBRIDGE partecipated to the ICT 2015 networking session "Supporting the digital transformation of European fisheries communities" in Lisbon, Portugal to explain how the BlueBRIDGE underlying infrastructure can support local small fisheries communities collecting maintaining and disseminating data.
Assessing the state of stocks challenges and opportunities Blue BRIDGE
The document discusses the role of the International Council for the Exploration of the Sea (ICES) in developing virtual research environments (VREs) under the BlueASSESSMENT pillar of the BlueBRIDGE project. ICES provides scientific advice on sustainable fishing and protects the marine environment, including stock assessments for over 225 fish stocks. Developing VREs can help address scientific challenges around ecosystem-based management and high performance computing needs. Specific VREs being developed include ones for horse mackerel management strategy evaluation and a North Sea multi-fleet, mixed fishery model. The VREs aim to facilitate stock assessments, improve management tools, and serve as training platforms.
Virtual Research Environments as-a-seriveBlue BRIDGE
D4Science provides virtual research environments (VREs) as a service to support multidisciplinary research. VREs are web-based working environments that provide access to tailored computational services and resources. D4Science manages over 50 heterogeneous data providers and offers a range of services to support the entire data management lifecycle from storage and analytics to sharing results. Researchers can use D4Science VREs to collaborate, process and analyze data, and publish research objects for dissemination and reuse.
Building on iMarine for fostering Innovation, Decision making, Governance and...Blue BRIDGE
BlueBRIDGE - Building Research environments fostering Innovation, Decision making, Governance and Education - is funded under H2020 and provides data services to scientists, researchers and data managers delivering a solid foundation for informed advice to competent authorities. A complete set of web-based data and computational resources will enable them to address key challenges related to the Blue Growth long term strategy with a strong focus on sustainable growth. BlueBRIDGE services will be built on top of the iMarine infrastructure (www.i-marine.eu) in order to capitalize on the previous investments made by the European Commission and as a first step towards their sustainability after the end of the project. www.bluebridge-vres.eu | @BlueBridgeVREs
The D4Science Infrastructure to Support Academic CoursesBlue BRIDGE
"The D4Science Infrastructure to Support Academic Courses"
A presentation by Nadia Nardi, Engineering Ingegneria Infromatica and Business Development Manager BlueBRIDGE, at the European Space Agency Conference on "Big Data from Space" March 16 2016
The Production of Aquaculture and Environmental Maps to Support Spatial PlanningBlue BRIDGE
A presentation by Miles Macmillan-Lawler, GRID-Arendal on The Production of Aquaculture and Environmental Maps to Support Spatial Planning.
Taken from the BlueBRIDGE workshop, European Maritime Day 2016, Towards innovative data services for Blue Growth workshop, 18 May 2016
The presentation gives an overview of what metadata is and why it is important. It also addresses the benefits that metadata can bring and offers advice and tips on how to produce good quality metadata and, to close, how EUDAT uses metadata in the B2FIND service.
November 2016
BlueBRIDGE: Cloud infrastructure serving aquafarms and supporting modelsBlue BRIDGE
Presentation held during the NKUA postgraduate course “DATA BASES MANAGEMENT SYSTEMS” on 6th of December 2016 at National and Kapodistrian University of Athens.
Gerasimos Antzoulatos, i2S
Charalampos Dimitrakopoulos, CITE
Dimitris Katris, UoA
Giota Koltsida, UoA
Nikolas Laskaris , UoA
Eleni Petra, UOA
Stella Tsani, Prof. Phoebe Koundouri, ICRE8
http://bit.ly/2hEkn3G
Virtual research environments for implementing long tail open scienceBlue BRIDGE
This document discusses virtual research environments (VREs) for supporting "long-tail open science". It defines VREs as operational environments that dynamically aggregate resources like data, services, and computing/storage for users. VREs aim to support collaborative research, reproducibility, and open sharing of data/findings while providing simplified access. The document outlines how VREs can be created on demand, integrated with applications/services, and used for collaborative experiments and workflows to enable repeatability and reuse of research. Real-world examples of VREs like D4Science are presented.
Presentation held during the NKUA postgraduate course “DATA BASES MANAGEMENT SYSTEMS” on 6th of December 2016 at National and Kapodistrian University of Athens.
Nikolas Laskaris, UoA
Giota Koltsida, UoA
http://bit.ly/2hEkn3G
The BlueBRIDGE multidisciplinary & multi-sector approach: challenges and user...Blue BRIDGE
The document discusses the BlueBRIDGE project, which receives EU funding to build research environments that foster innovation, decision making, governance, and education for blue growth. It addresses the challenges of bridging different sectors like business, research, education, and decision making. Major challenges discussed include heterogeneity of resources, variety of usage contexts and service exploitation modes, data access and usage policies, provenance tracking, and ensuring repeatability while keeping costs low. The presentation outlines BlueBRIDGE's approach and offerings, including the D4Science infrastructure providing access to over 50 data providers and the BlueCommons system.
How BlueBRIDGE data management services can support the marine & maritime sectorBlue BRIDGE
BlueBRIDGE provides data management services to support the marine and maritime sector. It aims to bridge the gap between the blue growth sector and ICT sector by providing tailor-made data services. BlueBRIDGE is calling for small and medium enterprises to apply to exploit its data management services for free until February 2018, with only the top 5 proposals being accepted. Interested organizations can learn more by visiting BlueBRIDGE's website or social media pages.
Inventory and monitoring of Aquaculture and the environmentBlue BRIDGE
Inventory and monitoring of Aquaculture and the environment: presentation from COFI 2016 side event "Innovative IT solutions to support Data needs for Blue Growth – Google and iMarine examples".
José Aguilar-Manjarrez, FAO Aquaculture Branch
Xiaowei Zhou, FAO Statistics and Information Branch
Implemententing analytics part 1 - Niall SclaterJisc
The document provides an overview of Jisc's Effective Learning Analytics programme, which aims to help higher education institutions implement learning analytics to improve student retention and attainment. Key points include:
- The programme tested and developed learning analytics tools from 2015-2017 and launched a service in September 2017 to measure the impact on retention and achievement.
- Learning analytics can help improve retention, attainment, employability and personalised learning by applying techniques like machine learning and data mining.
- The programme provides institutions with a toolkit, community support, and case studies on implementing learning analytics for outcomes like improving grades and identifying at-risk students earlier.
The Generation Challenge Programme (GCP) was a 10-year CGIAR Challenge Programme hosted at CIMMYT that aimed to use genetic diversity and plant science to improve crops for food security. Major achievements included genetic resources for 18 crops, genomic resources, improved germplasm, and capacity building. An external review found GCP performed well and met most goals. Lessons learned included the importance of effective governance, monitoring, linking research to applications, strategic partnerships, and transition planning.
A Case Study For Project And Portfolio Management Information System Selectio...Sabrina Green
This document presents a hybrid model for selecting a project and portfolio management (PPM) information system. The model combines group analytic hierarchy process (GAHP) with a scoring model to address limitations of considering a large number of criteria. The hybrid model allows for consideration of more criteria than typical AHP and incorporates experts' opinions on comparing systems and users' opinions on preferences. The model is applied to a case study in a Greek public organization to select a PPM system.
The document discusses a leaders conference on UK data management environments and support. It provides information on the current UK research data management policy environment, systems used, and challenges. It introduces Jisc's proposed Research Data Shared Service as a sector-wide approach to address these issues by providing a single, integrated solution for research data management across the UK. Key benefits identified include optimizing costs, growing the value of research data, and increasing compliance with funder requirements for data preservation and sharing. The development history and features of the proposed shared service are outlined.
Presentation made by the GCP Director during the CGIAR Fund Council (FC) visit to CIMMYT (GCP's host), on the sidelines of the FC meeting in Mexico in May 2014.
Jisc is developing a national learning analytics service in the UK to help higher education institutions improve student retention, attainment, and experiences. The service will include a learning analytics toolkit, community, and centralized data and analytics service. The goals are to provide institutions with standardized tools and analytics to help identify at-risk students and improve teaching and support based on aggregated student data. A phased rollout is planned over two years to develop dashboards, alerts, and apps to visualize analytics and enable interventions.
The document provides guidance on project/programme monitoring and evaluation (M&E) for the International Federation of Red Cross and Red Crescent Societies (IFRC). It aims to promote a common understanding and reliable practice of M&E. The guide emphasizes establishing and implementing an M&E system and monitoring, while also providing an overview of evaluation. Key topics covered include M&E concepts, the six steps for developing an M&E system, data collection and analysis, reporting, human resources and budgeting for M&E. The intended audience is those managing projects/programmes in National Red Cross and Red Crescent Societies and the IFRC secretariat.
The adoption of any new technology can be disruptive to one degree or another. If one relies on anecdotal information collecting in the ether, Hadoop and Big Data appear to tip the scale in the direction of “significant” for both impact and complexity. To understand what is really happening, Sand Hill Group surveyed companies working with Hadoop to get a snapshot of the status of their implementation, how Hadoop is being applied and the quality of their experience.
END OF PROJECT PRESENTATION 14 SEPTEMBER 2023.pptxDavidTinarwo1
The document summarizes a project that promoted organic waste-to-energy technologies like biogas in South Africa. It discusses:
1) Training over 80 youth in biogas technology and conducting awareness workshops for over 500 people in Limpopo province.
2) Implementing over 100 biogas digesters for households and institutions in the province, with each plant avoiding 9 tons of CO2 and 5.5 tons of wood usage annually.
3) Conducting research on biomass characterization and biogas potential through laboratory experiments and optimization of plant operations.
It concludes by recognizing the slow uptake of biogas technology and providing recommendations like reinforcing youth training, demonstrating the technology's value, and encouraging stronger collaboration
This lecture will analyze the increasingly important topic of assessment and evaluation in e-government. Different models, methodologies and approaches will be presented.
Dimitris Sarantis, Researcher, United Nations University, PT
Fealing - Improving indicators to inform policyinnovationoecd
The document discusses improving indicators to inform policy. It recommends establishing a framework for developing indicators, improving data quality, linking and sharing data between agencies, conducting methodological research, using existing data and establishing a chief analyst position. The main conclusion is that indicators cannot be developed without a framework to contextualize them.
Horizon 2020 Data Management Plans: what beneficiaries think and what we can...Daniel Spichtinger
In Horizon 2020, the European Commission ran an initial research data pilot scheme (ORD Pilot) which was extended to the whole programme as of the work programme 2017. The aim of this project was to analyze Horizon 2020 DMP Use cases to identify good practices but also common challenges and mistakes amongst a number of use cases across different disciplines.
A short introduction to GEO governance, the GEO Work Programme and the GEO community for the FOSS4G audience. Contributions on GEOGLOWS, eShape and GEOHack19 from Julia Wagemann, Valentina Balcan and Diana Mastracci.
United Green Technologies manufactures sustainable technology products. Their new product, UV Green, is an eco-friendly, inkless portable printer that uses laser technology. UGT analyzed competitors and determined UV Green has advantages. Their target market is business professionals such as accountants, based on UV Green meeting needs and trends. UGT's product plan is to achieve sales and recognition goals. Future products will fulfill more utility needs.
Deloitte Case Challenge 2013 casesolutionandurilhuang
The document proposes using mobile technology and education programs delivered via touring buses to address health issues among underserved communities. It outlines strengths and weaknesses of current programs, and suggests initiatives like general and health education programs targeting middle and high school students delivered through tablet computers on buses. Metrics and timelines are proposed to measure costs and impact over 5 years, with the goal of increasing education and health awareness through innovative technology solutions.
The document proposes using innovation with technology to foster health awareness and interest in education among underserved communities. It discusses using mobile learning buses equipped with tablets to deliver health and general education programs to middle and high school students. A strengths/weaknesses analysis and data on health and education are presented to support the need for such an initiative. A multi-year timeline with milestones is outlined to scale the program through additional buses, schools, and regions.
Master data management (MDM) is defined as an application-independent process which describes, owns and manages core business data entities. The establishment of the MDM process is a Business Engineering (BE) tasks which requires organizational design. This paper reports on the results of a questionnaire survey among large enterprises aiming at delivering insight into what tasks and master data classes MDM organizations cover (“scope”) and how many people they employ (“size”). The nature of the study is descriptive, i.e. it allows for the identification of patterns and trends in organizing the MDM process.
How Focus on Digital Employee Experience (DEX) Improves Digital Workplace Ado...Christiaan Lustig
What is most important when implementing and optimising an intranet or digital workplace? How do you make sure, as a project group, intranet manager or owner, that you’re doing the right things… and doing things right? How do you get all stakeholders in your organisation on the same page? And which practical guidelines are there to improve content, adoption, and business processes?
I talked about how a shared focus on the digital employee experience (DEX) helps Comms, IT, HR, business teams, and potential partners to create a strategy and roadmap for the digital workplace. About how you then shape it in such a way that colleagues can work and collaborate more efficiently and effectively, and spend their time and attention with customers, citizens, tenants, students, guests, and so on. With better service and happier employees as results.
The model that I use, combines multiple perspectives on digital employee experience, and encompasses various ‘tracks’ for a DEX approach. These include UX, content, technology, adoption, and governance. For each of these tracks, Christiaan shares practical examples from Dutch and Belgian (international) organisations, and advise that you can get started with right away.
Impact of Information Technology on Information Seeking Behavior of the Users...IRJET Journal
The document discusses a study on the impact of information technology on the information seeking behaviors of users at selected universities in Pune, India. Some key findings of the study include:
- The majority of students, researchers, and faculty preferred both print and electronic copies of journal articles and reference materials.
- Most researchers attended training programs on searching scientific/technical information, compared to students and faculty.
- Over 90% of respondents found the training programs they attended to be useful.
- Respondents reported that electronic information sources made gathering information easier and that their information gathering habits had changed significantly in the past 5 years due to new technologies.
- Facilities like computers, the internet, and digit
IDG MarketPulse: Virtual Graphics Processing Unit (vGPU)jmariani14
Presented on behalf of Dell, VMware & NVIDIA.
The purpose of this survey is to better understand user experiences and challenges with demanding graphics applications in use today, in addition to deployment plans for virtualized graphics solutions. The survey explores the expected and experienced benefits of virtualized graphics solutions, as well as primary barriers to deployment.
Similar to Report on requirements and expectations survey (20)
The BIG picture - Advanced data visualization for SDG, basic stock assessment...Blue BRIDGE
This document discusses several applications that have been developed using EU e-infrastructures to support blue growth. It describes applications for advanced data visualization, stock assessment, environmental monitoring, modeling of invasive species and events, fisheries data analysis, protected areas impact mapping, and aquaculture monitoring. These applications provide access to biodiversity, environmental, and fisheries data and make use of computing resources and services to analyze data and produce outputs in reusable, interoperable formats.
Global Record of Stocks and Fisheries (GRFS)Blue BRIDGE
The Global Record of Stocks and Fisheries (GRSF) is an inventory of global stocks and fisheries records from multiple data providers. It assigns unique identifiers to standardized stock and fishery identifications. The GRSF knowledge base collates data and assigns identifiers. It has achieved the development of two virtual research environments and uptake is being considered by the Fisheries Resources Monitoring System partnership. The outcome could include using unique identifiers for product labeling and supporting international goals. The exploitation plan is to gradually populate the GRSF and present it at the FAO Committee on Fisheries in 2018.
BlueBRIDGE: Major Achievements & future visionBlue BRIDGE
BlueBRIDGE is a project funded by the European Union to support blue growth (sustainable use of ocean resources) through virtual research environments (VREs) and innovative applications based on EU e-infrastructures. The project aims to facilitate collaboration between scientists, SME innovators, and educators addressing blue growth challenges. It has created 54 VREs covering topics like aquaculture, biodiversity, and stock assessment. BlueBRIDGE also works to enhance e-infrastructure capabilities and integrate resources from multiple providers. Going forward, it seeks to maintain existing VREs and products through business agreements to ensure their long-term sustainability in supporting the blue growth community.
Managing tuna fisheries data at a global scale: the Tuna Atlas VREBlue BRIDGE
On 18th January 2018, 3pm CET BlueBRIDGE will hosted the webinar: "Managing tuna fisheries data at a global scale: the Tuna Atlas VRE" that presented how, through the Tuna Atlas Virtual Research Environment (VRE), users can easily produce their own datasets of fisheries at regional, multi-regional or global scale and how they can share these datasets in ways that allow other users to access, process and visualise them efficiently.
SeaDataCloud – further developing the pan-European SeaDataNet infrastructure ...Blue BRIDGE
SeaDataCloud is a project to further develop SeaDataNet, a pan-European infrastructure for managing marine and ocean data. It aims to update standards, improve services and products, adopt new technologies, and strengthen cooperation between SeaDataNet data centers and EUDAT e-infrastructure providers. Key goals include upgrading the Central Data Index service to use cloud computing, integrating data from other programs, and developing a virtual research environment for advanced data analysis and product development using marine data. EUDAT partners will contribute technical expertise to help achieve these objectives and enhance the management and use of oceanographic data across Europe.