As medicine undergoes a rapid digital transformation, the emergence of large quantities of healthcare related data is inevitable. This has been accelerated by COVID-19, with one example being the use of digital health passes. Consideration around holding, presenting, and accessing the information will be vital in continuing the trust built between patients, clinicians, and organizations.
Check out our April 28, 2021 webinar, where we hosted Dr. Manreet Nijjar, Consultant Physician in Infectious Diseases at Barts Health NHS Trust, NHS England Clinical Entrepreneur fellow, and co-founder of Truu. He shared an insider’s perspective on how providers can benefit from more trusted, user-centric data and what it takes to design for the complex privacy, regulatory, and ethical needs facing healthcare.
We covered:
• Lessons learned from working with self-sovereign identity (SSI) at the NHS, and the needs highlighted when leading the frontline response during COVID-19
• What digital health passes mean for the adoption of SSI
• Applying the four principles of healthcare ethics to verifiable credential technology
• The top use cases for healthcare, including “staff passports” and portable health records
1. Selv is a digital health passport app created by the IOTA Foundation and Dentons law firm to help address the COVID-19 crisis.
2. It allows individuals to store their COVID-19 test results digitally on their device and share their health status via a QR code scan with employers, border officials, and others in a secure and private manner.
3. Selv uses distributed ledger technology and follows open standards to provide a free, accessible, secure, and interoperable solution for digital health credentials that is more convenient and hygienic than paper documents.
Special report on COVID19 Vaccine Passport status, regional update, technology viability and forecast. Look at regional rollout, major issues and global rollout outlook.
What role will verifiable credentials play in safely bringing back air travel? How can this game-changing technology enable airlines and governments to navigate and comply with evolving health requirements, and at the same time, rebuild passenger confidence in air travel?
On January 12, we hosted our partners, the International Air Transport Association (IATA), to discuss these critical questions and their ‘Travel Pass’ project.
We covered:
• The challenges facing governments and airlines in safely bringing back air travel
• The IATA & Evernym solution: ‘Travel Pass,’ a privacy-preserving and highly secure contactless travel solution for sharing travel documents and test/vaccination results with airlines
• Learnings and insights from previous Evernym pilots at major airports
• Upcoming live pilots involving IATA and several major airlines
• How airlines and test centers can get involved
This document describes a new health monitoring device called Health ID. The device uses electrodermal analysis to diagnose 105 common diseases in just 3 minutes by measuring sensors on the hands. Users can view their health indicators and get recommendations on their smartphone, tablet or computer. Doctors can also provide online consultations based on the diagnostic data. The technology aims to make healthcare more accessible and affordable in developing countries by providing simple, remote diagnostics and consultations without needing visits to clinics. It connects traditional Chinese medicine methods like acupuncture with modern mobile health monitoring technologies.
The document describes a mobile health technology solution called My Crisis Records that allows consumers to create a personal health record and carry an ID card with a QR code. This gives medical providers secure access to vital medical data through a smartphone, helping to avoid errors, unnecessary tests, and improve healthcare outcomes and costs. The system was developed to empower consumers and give medical providers access to needed information at the point of care. It has been recognized with several awards and its founder has published on the topic.
MCS Microsystems Sdn Bhd is a Malaysian IT security technology provider that has experience providing solutions for trusted digital identity, biometrics, RFID, and distributed ledger technology. The document discusses MCS's ONE ID total solution for digital identity management at airports that leverages technologies like e-passports, biometrics, self-service kiosks, and blockchain to enable contactless processing from check-in to boarding while enhancing security. It also describes additional solutions MCS provides related to health passports, asset tracking, video surveillance, and more.
As medicine undergoes a rapid digital transformation, the emergence of large quantities of healthcare related data is inevitable. This has been accelerated by COVID-19, with one example being the use of digital health passes. Consideration around holding, presenting, and accessing the information will be vital in continuing the trust built between patients, clinicians, and organizations.
Check out our April 28, 2021 webinar, where we hosted Dr. Manreet Nijjar, Consultant Physician in Infectious Diseases at Barts Health NHS Trust, NHS England Clinical Entrepreneur fellow, and co-founder of Truu. He shared an insider’s perspective on how providers can benefit from more trusted, user-centric data and what it takes to design for the complex privacy, regulatory, and ethical needs facing healthcare.
We covered:
• Lessons learned from working with self-sovereign identity (SSI) at the NHS, and the needs highlighted when leading the frontline response during COVID-19
• What digital health passes mean for the adoption of SSI
• Applying the four principles of healthcare ethics to verifiable credential technology
• The top use cases for healthcare, including “staff passports” and portable health records
1. Selv is a digital health passport app created by the IOTA Foundation and Dentons law firm to help address the COVID-19 crisis.
2. It allows individuals to store their COVID-19 test results digitally on their device and share their health status via a QR code scan with employers, border officials, and others in a secure and private manner.
3. Selv uses distributed ledger technology and follows open standards to provide a free, accessible, secure, and interoperable solution for digital health credentials that is more convenient and hygienic than paper documents.
Special report on COVID19 Vaccine Passport status, regional update, technology viability and forecast. Look at regional rollout, major issues and global rollout outlook.
What role will verifiable credentials play in safely bringing back air travel? How can this game-changing technology enable airlines and governments to navigate and comply with evolving health requirements, and at the same time, rebuild passenger confidence in air travel?
On January 12, we hosted our partners, the International Air Transport Association (IATA), to discuss these critical questions and their ‘Travel Pass’ project.
We covered:
• The challenges facing governments and airlines in safely bringing back air travel
• The IATA & Evernym solution: ‘Travel Pass,’ a privacy-preserving and highly secure contactless travel solution for sharing travel documents and test/vaccination results with airlines
• Learnings and insights from previous Evernym pilots at major airports
• Upcoming live pilots involving IATA and several major airlines
• How airlines and test centers can get involved
This document describes a new health monitoring device called Health ID. The device uses electrodermal analysis to diagnose 105 common diseases in just 3 minutes by measuring sensors on the hands. Users can view their health indicators and get recommendations on their smartphone, tablet or computer. Doctors can also provide online consultations based on the diagnostic data. The technology aims to make healthcare more accessible and affordable in developing countries by providing simple, remote diagnostics and consultations without needing visits to clinics. It connects traditional Chinese medicine methods like acupuncture with modern mobile health monitoring technologies.
The document describes a mobile health technology solution called My Crisis Records that allows consumers to create a personal health record and carry an ID card with a QR code. This gives medical providers secure access to vital medical data through a smartphone, helping to avoid errors, unnecessary tests, and improve healthcare outcomes and costs. The system was developed to empower consumers and give medical providers access to needed information at the point of care. It has been recognized with several awards and its founder has published on the topic.
MCS Microsystems Sdn Bhd is a Malaysian IT security technology provider that has experience providing solutions for trusted digital identity, biometrics, RFID, and distributed ledger technology. The document discusses MCS's ONE ID total solution for digital identity management at airports that leverages technologies like e-passports, biometrics, self-service kiosks, and blockchain to enable contactless processing from check-in to boarding while enhancing security. It also describes additional solutions MCS provides related to health passports, asset tracking, video surveillance, and more.
Software Engineering and Internet Technologies Laboratory - SEIT labChristos Mettouris
The Software Engineering and Internet Technologies Laboratory (SEIT) lab is part of the Computer Science Department of the University of Cyprus. The lab focuses its research activities on two important areas of Information Technology, namely Software Engineering and Internet Technologies. In the first area, SEIT focuses on Cloud Computing, Service Oriented Architectures, Context-Aware Middleware Platforms and Smart and Mobile Computing for the development of pervasive, self-adaptive applications and Smart IoT services. In the second area, the Laboratory concentrates on the development of ICT-enabled Environments, platforms and tools for implementing Health monitoring and support services, Smart and Personalised services for Elders, Assistive Technologies for people with disabilities and Creativity services. The lab also pursues activities related to Technology Enhanced Learning, E-Business, E-Government and developing environments for elders' social inclusion, active ageing and independent living. Finally, the lab's research is also related to Creativity, Recommender Systems and Crowd Sourcing.
Smart solution for reducing COVID-19 risk using internet of thingsnooriasukmaningtyas
This document summarizes a proposed smart solution to reduce the risk of COVID-19 spread using internet of things technologies. The proposed system has four main modules: 1) a face mask detection module using Viola-Jones algorithm, 2) a social distance alerting module using ultrasonic sensors, 3) a crowd detection and analysis module, and 4) health screening and assessment modules using sensors to check temperature, heart rate, and oxygen levels. The system is designed to automatically check people for compliance with COVID-19 guidelines and alert authorities if any abnormalities are detected, helping to reduce disease spread. The system achieved over 97% accuracy in face mask detection testing.
The document provides an overview of the InGRID project, which aims to integrate and improve the multi-site research infrastructure for studying poverty, living conditions, working conditions, and vulnerability in Europe. Some key points:
- InGRID involves 17 partners across 13 data centers in 10 countries and aims to support comparative social science research through access to data and expertise.
- The infrastructure integrates data archives, EU-wide databases, and new data collection efforts related to topics like poverty, living conditions, working conditions, and job quality.
- InGRID aims to stabilize and improve this infrastructure to better support the social science community's evidence-based contributions toward Europe 2020 goals of inclusive growth and addressing issues like unemployment, poverty
The document discusses user-centric design of ubiquitous welfare and safety services and supporting technologies for China and Finland. It notes that aging populations in both countries create needs that technologies could address, but services and technologies do not always meet real needs. The proposed UBI-SERV project would investigate developing user-centric services across four areas - networking technologies, public safety systems, remote tele-care, and addressing security, reliability and ethics concerns - to better match services and technologies to users' needs in both countries. Benchmarking between China and Finland could reveal new focuses and priorities for development.
This document provides an empirical analysis of the creation, use, and adoption of social computing applications. It finds that content creation in social computing has grown substantially, with millions of blogs, podcasts, wiki pages, and other user-generated content. Usage of social computing applications has also increased greatly, with billions of minutes spent listening to podcasts and hours engaged in social networking and online gaming each month. While early adopters of social computing tended to be younger, more affluent, and more educated, usage has expanded to broader demographic groups over time. The rapid growth of mobile devices has also driven increased adoption of social computing on those platforms.
Report from workshop 31 january 2014. selected papersKim Balle
This presentation discusses telemonitoring and the Internet of Things (IoT) in healthcare. It begins by outlining societal challenges posed by aging populations and increasing healthcare costs. It then describes how telemonitoring and IoT technologies can help address these challenges by facilitating remote patient monitoring and chronic disease management. The presentation provides an overview of the LinkWatch telemonitoring solution developed by In-Jet and its implementation in projects like REACTION. It also discusses technical aspects of implementing telemonitoring through IoT standards and middleware like LinkSmart.
ENTICE overall goal is to enhance the quality of digital learning in Medical Education, by bringing learning objectives to the forefront of experiential episodes design and organically integrate them as part of educational design.
Real Time Mask Detection Architecture for COVID PreventionIRJET Journal
The document presents a real-time mask detection architecture using deep learning to help prevent the spread of COVID-19. It describes collecting images of people with and without masks to train a convolutional neural network model. The trained model is then deployed using video streams from CCTV cameras to detect and identify in real-time if individuals are wearing a mask or not wearing a mask to help enforce social distancing and safety measures.
The document discusses the future of Indonesia's health sector and the need for digital transformation, including developing a digital health ecosystem and integrated health services platform to improve efficiency, connectivity, and patient care. It also outlines ongoing projects utilizing multi-disciplinary teams to develop health technology solutions, and emphasizes the growing roles that areas like bioinformatics, big data, artificial intelligence, and omics can play in medical research and precision medicine.
Winning ITNs with RRI - Relevant sources and further readingJobenco
Here is some more background on the notion of Responsible Research and Innovation (RRI), how it has been operationalised in Horizon 2020 and how it can be relevant for writing MSCA ITN proposals. We have included the academic and policy background and concrete sources/best practices to inspire others to take it up in their proposal.
In this unprecedented coronavirus crisis, telehealth had emerged as a substitute way of treatment. More specifically, paediatric children are at high risk of outside exposure now. Non critical children must be treated remotely through the tableware system. A key based secured online transmission of an intraoral image of the paediatric cavity has been proposed in this manuscript. A cavity is a dental disease occurring in children. It is mainly caused due to prolonged bacterial infections. Secured online transmission with respect to medical transactions is immensely required in telecare information systems (TIS). Data confidentiality factor is preserved with preference in this proposed technique. A parity based novel chain key (NCK) has been generated and diffused inside the intraoral paediatric cavity image. NCK generation scheme is so highly robust that it gives different combinations after each bit altering. Initial seeds are kept at the dentist and patients, to resist myriad attacks inside the wireless channel, especially during this COVID-19 period. Histogram, floating frequency, and autocorrelation were obtained with accuracy using the proposed technique. Effects were observed by flipping simultaneous bits of the initial key and results were highly acceptable. The time for the proposed key generation has been found to be 514.61 ms. The total cryptographic time has been noted as 3.5983 ms in this technique.
GAETSS Gamification and Enabling Technologies August 2014 NewsletterDavid Wortley
In GAETSS August Newsletter
• UKTI Digital Gaming International Festival - Liverpool
• The CRe-AM Creative Industries Community Project
• propels Diabetes Study – Education and Exercise Tracking
• APAN Healthcare Webcast on Enabling Technologies to Empower the Disabled
• i-CREATe 2014 Singapore Conference on Assistive Technologies
• Global Health Education TimeTag TV Portal
• BBC Radio Leicester Interview on Lifestyle Technology and Gamification Institute
• PERA LEAP Programme for Funding Innovation
• World Innovation Summit on Education (WISE) Accelerator Initiative
• BankTech Asia 2014
• IFTTT Applications and the Internet of Things
• Upcoming Conferences and Seminars Listing
• Slideshare Archives
WIISEL Final Report - 1- Publishable Report FinalElisenda Reixach
The WIISEL project developed a wireless insole system to assess fall risk in elderly individuals in their home and community environments. The system collects gait data from insoles and analyzes parameters related to fall risk. It aims to allow for remote and quantitative assessment of fall risk, measuring activity and mobility under daily living conditions. The project was coordinated by CETEMMSA and funded by the European Commission over 41 months with a budget of 3.9 million euros and 8 partners from 6 countries. Validation studies showed the system can be useful as a research tool for studying fall risk and as a clinical tool for long-term monitoring of fall risk in home and community settings.
Transforming healthcare through innovation ISDM e-newsletter June 2019David Wortley
Transforming Healthcare Through Innovation – Our Dorset
AI in Healthcare Conference Salford
Medilink Diagnostics for Health and Wellbeing Seminar
Medtech Innovation Expo
EBME – Electronic and Biomedical Engineering Expo 2019
Virtual Reality Developments in Digital Medicine
2nd World Summit on Hospital & Healthcare Management 2019
Upcoming Events Calendar.
Welcome to the June 2019 edition of the ISDM E-Newsletter. This month I will be sharing information about an exciting integrated healthcare project in Dorset and reviewing a number of conferences, exhibitions and seminars I have recently attended, including the AI in Healthcare Conference which took place at the University of Salford Manchester in April, the Medilink Seminar at the Open University on Diagnostics for Health and Wellbeing and the Medtech Innovation Conference at the Birmingham NEC held in May. I will also share my thoughts and recent experiences of development in the use of virtual reality in digital medicine.
This document summarizes several articles from the Volta newsletter. It discusses a European project called DESSI that developed a decision-making methodology and online tool to help policymakers choose appropriate security options while considering factors beyond just technology. It also mentions a large-scale citizen consultation in France on energy policy that used the World Wide Views method. Finally, it provides brief updates on upcoming conferences related to science, technology and innovation policy.
Trustworthy Computational Science: A Multi-decade PerspectiveVon Welch
Trust is critical to the process of science. Two decades ago the Internet and World Wide Web fostered a new age in computational science with the emergence of accessible and high performance computing, storage, software, and networking. More recent paradigms, including virtual organizations, federated identity, big data, and global-scale operations continue to evolve the way computing for science is performed.
Advancing technologies, the need to coordinate across organizations and nations, and an evolving threat landscape are sources of ongoing challenges in maintaining the trustworthy nature of computational infrastructure and the science it supports. To address these challenges, a number of projects have focused on improving the cybersecurity and trustworthiness of scientific computing. Recent examples include the Center for Trustworthy Scientific Cyberinfrastructure funded by NSF, the Software Assurance Marketplace funded by DHS, and the Extreme Scale Identity Management for Science project funded by DOE.
This presentation will give a 20 year retrospective together with a vision for the future of cybersecurity for computational science. It will describe the state of trust and cybersecurity for scientific computing, its evolution over the past twenty years, challenges it is facing today, how the exemplar projects are addressing those challenges, and a vision of cybersecurity for research and higher education in general augmenting each other in the future.
Covid-19 Endemic: Challenges And Opportunities for Information ProfessionalsIsmail Fahmi
CONCLUSION
• Scientists predict that COVID-19 will become endemic over time. An endemic virus is constant in a population with largely predictable patterns.
• Information professionals have a new front called Covid-19 infodemic, as they have the knowledge, skills and experience to play an important role in the fight against fake news.
• Information professionals challenged by the pace of technology adoption that is expected to remain unabated and may accelerate in some areas. The adoption of cloud computing, big data and e- commerce remain high priorities during Covid-19 endemic. They must adapt with this situation.
RSD10 Keynote. Dr Klaus Krippendorff suggests that designers become critical of what their work supports and cognizant of and accountable for the systemic consequences of their designs.
The main mission of systems-oriented design is to build the designer’s own interpretation and implementation of systems thinking so that systems thinking can fully benefit from design thinking and practice and vice versa.
Software Engineering and Internet Technologies Laboratory - SEIT labChristos Mettouris
The Software Engineering and Internet Technologies Laboratory (SEIT) lab is part of the Computer Science Department of the University of Cyprus. The lab focuses its research activities on two important areas of Information Technology, namely Software Engineering and Internet Technologies. In the first area, SEIT focuses on Cloud Computing, Service Oriented Architectures, Context-Aware Middleware Platforms and Smart and Mobile Computing for the development of pervasive, self-adaptive applications and Smart IoT services. In the second area, the Laboratory concentrates on the development of ICT-enabled Environments, platforms and tools for implementing Health monitoring and support services, Smart and Personalised services for Elders, Assistive Technologies for people with disabilities and Creativity services. The lab also pursues activities related to Technology Enhanced Learning, E-Business, E-Government and developing environments for elders' social inclusion, active ageing and independent living. Finally, the lab's research is also related to Creativity, Recommender Systems and Crowd Sourcing.
Smart solution for reducing COVID-19 risk using internet of thingsnooriasukmaningtyas
This document summarizes a proposed smart solution to reduce the risk of COVID-19 spread using internet of things technologies. The proposed system has four main modules: 1) a face mask detection module using Viola-Jones algorithm, 2) a social distance alerting module using ultrasonic sensors, 3) a crowd detection and analysis module, and 4) health screening and assessment modules using sensors to check temperature, heart rate, and oxygen levels. The system is designed to automatically check people for compliance with COVID-19 guidelines and alert authorities if any abnormalities are detected, helping to reduce disease spread. The system achieved over 97% accuracy in face mask detection testing.
The document provides an overview of the InGRID project, which aims to integrate and improve the multi-site research infrastructure for studying poverty, living conditions, working conditions, and vulnerability in Europe. Some key points:
- InGRID involves 17 partners across 13 data centers in 10 countries and aims to support comparative social science research through access to data and expertise.
- The infrastructure integrates data archives, EU-wide databases, and new data collection efforts related to topics like poverty, living conditions, working conditions, and job quality.
- InGRID aims to stabilize and improve this infrastructure to better support the social science community's evidence-based contributions toward Europe 2020 goals of inclusive growth and addressing issues like unemployment, poverty
The document discusses user-centric design of ubiquitous welfare and safety services and supporting technologies for China and Finland. It notes that aging populations in both countries create needs that technologies could address, but services and technologies do not always meet real needs. The proposed UBI-SERV project would investigate developing user-centric services across four areas - networking technologies, public safety systems, remote tele-care, and addressing security, reliability and ethics concerns - to better match services and technologies to users' needs in both countries. Benchmarking between China and Finland could reveal new focuses and priorities for development.
This document provides an empirical analysis of the creation, use, and adoption of social computing applications. It finds that content creation in social computing has grown substantially, with millions of blogs, podcasts, wiki pages, and other user-generated content. Usage of social computing applications has also increased greatly, with billions of minutes spent listening to podcasts and hours engaged in social networking and online gaming each month. While early adopters of social computing tended to be younger, more affluent, and more educated, usage has expanded to broader demographic groups over time. The rapid growth of mobile devices has also driven increased adoption of social computing on those platforms.
Report from workshop 31 january 2014. selected papersKim Balle
This presentation discusses telemonitoring and the Internet of Things (IoT) in healthcare. It begins by outlining societal challenges posed by aging populations and increasing healthcare costs. It then describes how telemonitoring and IoT technologies can help address these challenges by facilitating remote patient monitoring and chronic disease management. The presentation provides an overview of the LinkWatch telemonitoring solution developed by In-Jet and its implementation in projects like REACTION. It also discusses technical aspects of implementing telemonitoring through IoT standards and middleware like LinkSmart.
ENTICE overall goal is to enhance the quality of digital learning in Medical Education, by bringing learning objectives to the forefront of experiential episodes design and organically integrate them as part of educational design.
Real Time Mask Detection Architecture for COVID PreventionIRJET Journal
The document presents a real-time mask detection architecture using deep learning to help prevent the spread of COVID-19. It describes collecting images of people with and without masks to train a convolutional neural network model. The trained model is then deployed using video streams from CCTV cameras to detect and identify in real-time if individuals are wearing a mask or not wearing a mask to help enforce social distancing and safety measures.
The document discusses the future of Indonesia's health sector and the need for digital transformation, including developing a digital health ecosystem and integrated health services platform to improve efficiency, connectivity, and patient care. It also outlines ongoing projects utilizing multi-disciplinary teams to develop health technology solutions, and emphasizes the growing roles that areas like bioinformatics, big data, artificial intelligence, and omics can play in medical research and precision medicine.
Winning ITNs with RRI - Relevant sources and further readingJobenco
Here is some more background on the notion of Responsible Research and Innovation (RRI), how it has been operationalised in Horizon 2020 and how it can be relevant for writing MSCA ITN proposals. We have included the academic and policy background and concrete sources/best practices to inspire others to take it up in their proposal.
In this unprecedented coronavirus crisis, telehealth had emerged as a substitute way of treatment. More specifically, paediatric children are at high risk of outside exposure now. Non critical children must be treated remotely through the tableware system. A key based secured online transmission of an intraoral image of the paediatric cavity has been proposed in this manuscript. A cavity is a dental disease occurring in children. It is mainly caused due to prolonged bacterial infections. Secured online transmission with respect to medical transactions is immensely required in telecare information systems (TIS). Data confidentiality factor is preserved with preference in this proposed technique. A parity based novel chain key (NCK) has been generated and diffused inside the intraoral paediatric cavity image. NCK generation scheme is so highly robust that it gives different combinations after each bit altering. Initial seeds are kept at the dentist and patients, to resist myriad attacks inside the wireless channel, especially during this COVID-19 period. Histogram, floating frequency, and autocorrelation were obtained with accuracy using the proposed technique. Effects were observed by flipping simultaneous bits of the initial key and results were highly acceptable. The time for the proposed key generation has been found to be 514.61 ms. The total cryptographic time has been noted as 3.5983 ms in this technique.
GAETSS Gamification and Enabling Technologies August 2014 NewsletterDavid Wortley
In GAETSS August Newsletter
• UKTI Digital Gaming International Festival - Liverpool
• The CRe-AM Creative Industries Community Project
• propels Diabetes Study – Education and Exercise Tracking
• APAN Healthcare Webcast on Enabling Technologies to Empower the Disabled
• i-CREATe 2014 Singapore Conference on Assistive Technologies
• Global Health Education TimeTag TV Portal
• BBC Radio Leicester Interview on Lifestyle Technology and Gamification Institute
• PERA LEAP Programme for Funding Innovation
• World Innovation Summit on Education (WISE) Accelerator Initiative
• BankTech Asia 2014
• IFTTT Applications and the Internet of Things
• Upcoming Conferences and Seminars Listing
• Slideshare Archives
WIISEL Final Report - 1- Publishable Report FinalElisenda Reixach
The WIISEL project developed a wireless insole system to assess fall risk in elderly individuals in their home and community environments. The system collects gait data from insoles and analyzes parameters related to fall risk. It aims to allow for remote and quantitative assessment of fall risk, measuring activity and mobility under daily living conditions. The project was coordinated by CETEMMSA and funded by the European Commission over 41 months with a budget of 3.9 million euros and 8 partners from 6 countries. Validation studies showed the system can be useful as a research tool for studying fall risk and as a clinical tool for long-term monitoring of fall risk in home and community settings.
Transforming healthcare through innovation ISDM e-newsletter June 2019David Wortley
Transforming Healthcare Through Innovation – Our Dorset
AI in Healthcare Conference Salford
Medilink Diagnostics for Health and Wellbeing Seminar
Medtech Innovation Expo
EBME – Electronic and Biomedical Engineering Expo 2019
Virtual Reality Developments in Digital Medicine
2nd World Summit on Hospital & Healthcare Management 2019
Upcoming Events Calendar.
Welcome to the June 2019 edition of the ISDM E-Newsletter. This month I will be sharing information about an exciting integrated healthcare project in Dorset and reviewing a number of conferences, exhibitions and seminars I have recently attended, including the AI in Healthcare Conference which took place at the University of Salford Manchester in April, the Medilink Seminar at the Open University on Diagnostics for Health and Wellbeing and the Medtech Innovation Conference at the Birmingham NEC held in May. I will also share my thoughts and recent experiences of development in the use of virtual reality in digital medicine.
This document summarizes several articles from the Volta newsletter. It discusses a European project called DESSI that developed a decision-making methodology and online tool to help policymakers choose appropriate security options while considering factors beyond just technology. It also mentions a large-scale citizen consultation in France on energy policy that used the World Wide Views method. Finally, it provides brief updates on upcoming conferences related to science, technology and innovation policy.
Trustworthy Computational Science: A Multi-decade PerspectiveVon Welch
Trust is critical to the process of science. Two decades ago the Internet and World Wide Web fostered a new age in computational science with the emergence of accessible and high performance computing, storage, software, and networking. More recent paradigms, including virtual organizations, federated identity, big data, and global-scale operations continue to evolve the way computing for science is performed.
Advancing technologies, the need to coordinate across organizations and nations, and an evolving threat landscape are sources of ongoing challenges in maintaining the trustworthy nature of computational infrastructure and the science it supports. To address these challenges, a number of projects have focused on improving the cybersecurity and trustworthiness of scientific computing. Recent examples include the Center for Trustworthy Scientific Cyberinfrastructure funded by NSF, the Software Assurance Marketplace funded by DHS, and the Extreme Scale Identity Management for Science project funded by DOE.
This presentation will give a 20 year retrospective together with a vision for the future of cybersecurity for computational science. It will describe the state of trust and cybersecurity for scientific computing, its evolution over the past twenty years, challenges it is facing today, how the exemplar projects are addressing those challenges, and a vision of cybersecurity for research and higher education in general augmenting each other in the future.
Covid-19 Endemic: Challenges And Opportunities for Information ProfessionalsIsmail Fahmi
CONCLUSION
• Scientists predict that COVID-19 will become endemic over time. An endemic virus is constant in a population with largely predictable patterns.
• Information professionals have a new front called Covid-19 infodemic, as they have the knowledge, skills and experience to play an important role in the fight against fake news.
• Information professionals challenged by the pace of technology adoption that is expected to remain unabated and may accelerate in some areas. The adoption of cloud computing, big data and e- commerce remain high priorities during Covid-19 endemic. They must adapt with this situation.
Similar to Immunity Passports as Complex Systems (20)
RSD10 Keynote. Dr Klaus Krippendorff suggests that designers become critical of what their work supports and cognizant of and accountable for the systemic consequences of their designs.
The main mission of systems-oriented design is to build the designer’s own interpretation and implementation of systems thinking so that systems thinking can fully benefit from design thinking and practice and vice versa.
The document discusses the concept of "transversal design" as an approach to systemic design that aims to glimpse wholeness. It explores transversal design as a fluid, creative process that nurtures radical encounters where different perspectives generate new understandings of "we". The document outlines several key principles of transversal design, including that wholeness is emergent, glimpsed through particulars, and sensed rather than understood. It also presents various design practices and materials that could foster a transversal mindset focused on humility, mystery, relationships and collective presence.
1) The document discusses intimacy in remote communication and proposes opportunities to design for intimacy through various sensory modalities like sight, sound, smell, and touch.
2) It provides examples of experiential art projects that aimed to foster intimacy remotely, such as Telematic Dreaming in 1992 and a Situationist iPhone app from 2011.
3) The conclusion cites Humberto Maturana stating that acceptance of others beside us is the biological foundation of social phenomena and humanity. Without this, there is no social process.
This document provides an overview of several topics related to the politics of designed im/materiality including:
1) What points of friction within existing human-made systems reveal politically, culturally, and ecologically and the implications of bodily registers that process intended and unintended frictions within these systems.
2) It discusses human-made systems and design as the organization and materialization of logics.
3) References notions of democracy, points of friction, policy making and design, forms of attachment, and affective weight or bodily registers of intended and unintended impacts of human-made systems.
A cross-sectoral project for the systemic design of regional dyeing value chains
https://rsdsymposium.org/design-circular-colours-regional-dyeing-value-chains/
The document discusses Arctic Design (AD) as a new domain that focuses on human adaptation, safety, and wellbeing in extreme Arctic environments. It proposes AD as a framework to organize autonomous existence through technology creation. The researchers aim to develop AD into a coherent methodology through content analysis and evaluating past Arctic projects. Their methodology involves fieldwork with DIY communities to stimulate locally relevant technologies for living in remote Arctic areas. The implications of AD include bringing new insights about human-technology relationships in influential environments and enhancing technology credibility for other contexts while challenging ideas of "placelessness."
This document profiles Dan Lockton, an assistant professor who researches metaphors and systems. It summarizes some of his work on making imaginaries tangible, including developing new metaphors through workshops and using tangible objects to externalize mental models. It also discusses how metaphors are abstract models and maps rather than the direct things themselves, and how describing systems relies on metaphorical frameworks.
This document proposes an app called the 21st Century Economy App for Cross-Species CoLiving. The app aims to redefine humanity's relationship with the natural environment by establishing a transactional system that provides mutual benefit and value exchange between humans and other species/environmental factors. It would use blockchain technology and complimentary currencies to give agency to non-human entities. The app was developed using HTML, JavaScript, C# and other technologies to be cross-compatible. It seeks to shift economic models towards being more reflective of humanity's dependence on healthy ecosystems and transition towards a post-anthropocentric approach that is multi-centered and recognizes the agency of all species.
This document proposes tension manifolds as a design medium for enabling collective action on complex social issues. It describes tensions that emerge from stakeholders' differing perspectives on an issue, forming dynamic fields that influence perceptions and relationships. Tension manifolds represent these tensions spatially, with curvature and intersections depicting paradoxes. The design strategies are to alter stakeholders' perspectives; identify high-tension structures; and define points to adjust pre-loaded tensions and relationships, allowing greater freedom. Tension manifolds conceptualize tensions as a design surface for collaborative exploration and identification of affordances.
Designing a student and staff well-being feedback loop to inform university policy and governance
https://rsdsymposium.org/mywellnesscheck-designing-a-student-and-staff-well-being-feedback-loop-to-inform-university-policy-and-governance/
Balancing Acceleration and Systemic Impact: Finding leverage for transformation in SDG change strategies
https://rsdsymposium.org/balancing-acceleration-and-systemic-impact-finding-leverage-for-transformation-in-sdg-change-strategies/
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1. COVID-19 immunity
certificates as
complex systems:
applying systems approaches to explore
needs, risks, and unintended consequences
RSD10 - 6TH November 2021.
@immune_project
2. Agenda
What is the IMMUNE project?
Research questions
Methodology
Some outputs of research
Conclusion and future questions
IMMUNE
Immunity Passport
Service Design
@immune_project
RSD10 I What is the IMMUNE project?
3. IMMUNE (or Immunity Passport Service Design)
is a research project run by
Loughborough University and Brunel University London
Funded by the Arts and Humanities Research Council (AHRC) under
the UKRI COVID-19 Rapid Response Call.
@immune_project
IMMUNE
Immunity Passport
Service Design
RSD10 I What is the IMMUNE project?
4. • Panos Balatsoukas (Loughborough University)
• Isabel Sassoon (Brunel University London)
• Thomas Jun (Loughborough University)
• Cecilia Landa-Avila (Loughborough University)
• Ozlem Colak (Loughborough University)
• Corina Niculaescu (Brunel University London)
• Tina Harvey (Loughborough University)
The IMMUNE project Team is a multidisciplinary team of academics and
researchers combining knowledge and expertise in Digital Health, Design,
Human Factors, Computer Science and Social Sciences.
@immune_project
IMMUNE
Immunity Passport
Service Design
RSD10 I What is the IMMUNE project?
5. What we investigate?
Overview of project
@immune_project
IMMUNE
Immunity Passport
Service Design
RSD10 I What is the IMMUNE project?
6. Strategy to safely exit lockdowns
and go back to normality.
@immune_project
IMMUNE
Immunity Passport
Service Design
COVID-19 immunity certificates in the UK
A way to proof your COVID-19
immunity status.
• By previous infection
• After being fully vaccinated
RSD10 I What is the IMMUNE project?
7. Concerns that were not being heard.
Pressure on service providers without
guidance and support.
Uncertainty about risk of
consequences of these certificates.
@immune_project
IMMUNE
Immunity Passport
Service Design
Why the IMMUNE project?
RSD10 I What is the IMMUNE project?
8. DISCLAIMER
The IMMUNE project did not seek to examine whether
immunity certificates are good or bad.
Also, the IMMUNE project did not seek to encourage or
discourage the use of immunity certificates.
@immune_project
IMMUNE
Immunity Passport
Service Design
RSD10 I What is the IMMUNE project?
9. March
2021
@immune_project
IMMUNE
Immunity Passport
Service Design
November
2021
Pandemic
declared
Rollout of
vaccines
initiated (UK)
First vaccine
certificates
(Worldwide)
First tentative
mandatory use of
certificates (UK)
September
2021
Dec June
Pilot events
used immunity
certificates (UK)
System to
obtain proof of
immunity (UK)
May
Feb
“Plans
ditched”
2020
Immunity by
infection
certificate
(Chile)
April
March
COVID-19 Immunity certificates roadmap
RSD10 I What is the IMMUNE project?
10. Specifically, the IMMUNE project
addressed two questions:
1
2
What are the key concerns about the possible risks and
unintended consequences of using immunity passports?
How to design immunity certificates in a way that
mitigate any unintended consequences or risks?
@immune_project
IMMUNE
Immunity Passport
Service Design
Key questions
RSD10 I What is the IMMUNE project?
13. 1
2
Facilitate participatory research with
heterogeneous groups
Integrate changing data and regulations to the project
@immune_project
IMMUNE
Immunity Passport
Service Design
Key challenges throughout the research
Trade-offs between communicating complexity and
oversimplifying findings.
3
4 Conducted only online research
RSD10 I Methodology
22. The outputs of this project will be shared with:
The government's Scientific Advisory Board for Emergencies (SAGE).
Public Health England (PHE)
The NHS X
Local councils across the UK and the public.
@immune_project
IMMUNE
Immunity Passport
Service Design
Trade-offs between communicating complexity and
oversimplifying findings.
!
RSD10 I Outputs
24. Conclusions and
what is next
IMMUNE
Immunity Passport
Service Design
@immune_project
RSD10 I Conclusions and future questions
25. Conclusions
Storytelling engage and facilitate discusions with
these heterogeneous groups
(Even more than initial synthesis maps)
A
Journey maps have the potential to
communicate complexity
People face tensions and dilemmas differently when interact with services.
If the most “evident” idea is not well understood,
choose it as your main message.
Tone down the level of complexity to be communicated.
B
C
@immune_project
IMMUNE
Immunity Passport
Service Design
RSD10 I Conclusions and future questions
26. Future questions
How improved the integrated journey maps?
A
How to “design for crises” applying a
systems-oriented approach?
B
@immune_project
IMMUNE
Immunity Passport
Service Design
Tension reactive vs. slow-paced
RSD10 I Conclusions and future questions