This document discusses eHealth and digital solutions in healthcare. It summarizes the benefits of eHealth such as preventative care, coordination, transparency, and quality of care. It provides examples of digital dictation, electronic patient records, video communication for consultations, and mobile health solutions. The document also discusses international examples of telemedicine in Russia and India's District Health Information System used across multiple countries in Africa and Asia.
The document discusses the vision of the "Digital Hospital 2.0", which aims to put the patient at the center of the hospital of the future. It notes that current hospital infrastructure is fragmented, with different isolated systems. The Digital Hospital framework envisions an integrated infrastructure with everything connected over IP, from medical devices and patient monitoring to communication tools. This integrated approach aims to improve quality of patient care while containing costs through automation, real-time information sharing, and optimized clinical workflows.
The document discusses HP's Digital Hospital solution framework which was implemented at St. Olav's Hospital in Norway. The framework utilizes a converged IP network to integrate clinical systems, devices, and applications. This allows for improved communication and information sharing. At St. Olav's, benefits included increased productivity, shorter patient stays, and better patient care through improved access to data. The Digital Hospital framework can help healthcare providers optimize resources and improve quality of care through IT and application integration.
The document describes Telecom Italia's Nuvola IT - Home Doctor telemedicine service. The service enables remote patient monitoring through collection of medical data from devices and transmission to Telecom Italia's secure telemonitoring platform. The platform allows for three service models: autonomous patient monitoring, caregiver-assisted monitoring, and surgery telemonitoring. The service provides benefits like cost savings, increased access to care, and improved patient well-being through continuous remote monitoring. Telecom Italia's solution integrates multiple medical devices and offers functionality like electronic health record integration and digital reporting of results.
This document discusses the evolution of eHealth from medical informatics. It began with using electronic methods and tools in healthcare administration and statistics in the 1960s-1970s. Imaging and voice processing expanded applications in the 1980s. Telemedicine emerged in the 1990s, allowing healthcare delivery and consultations over audio/video communications. Examples from developing countries show telemedicine can improve access to specialists. The document argues eHealth, using information and communication technologies, will continue growing and changing healthcare management and services.
Telemedicine uses telecommunications technology to provide healthcare services from a distance. It can involve real-time video consultations between providers and patients, or storing and forwarding medical images and data for offline review. While telemedicine has benefits like improving access to specialists in rural areas, it still faces barriers like high infrastructure costs, lack of standards and regulations, and reimbursement issues. As technologies improve and costs decrease, telemedicine has great potential to expand healthcare access.
Telemedicine in India has grown significantly since 2008. The Indian government published Telemedicine Practice Guidelines in March 2020, making teleconsultation by registered medical practitioners legal. Telemedicine allows for consultations through video, phone and internet platforms. It utilizes telemedicine consultation centers where patients are present and specialty centers where specialists are present. Comprehensive medical databases and unique patient/provider identifiers are recommended. Major players like Yolo Health and Amrita Telemedicine have expanded access to primary care through technologies like health ATMs and partnerships with over 60 hospitals respectively. Potential limitations include instrumental interruptions, privacy of records, language barriers and ethical issues.
This is a Telemedicine report I was asked to put together for some various hospitals in Michigan looking to add this technology and was asked by HIMSS members to publish.
Telemedicine is defined as using telecommunications to provide healthcare remotely by sharing medical information and expertise over distances. It involves transferring various medical data like images, sounds, and patient records via internet, intranet, computers, and telephone lines. Some key applications of telemedicine include teleconsultation, telemonitoring of patients, telediagnosis, and tele-education of medical practitioners. While telemedicine provides benefits like improved access to care and cost savings, its adoption faces challenges due to issues around technology infrastructure, licensing, and patient acceptance of remote healthcare.
The document discusses the vision of the "Digital Hospital 2.0", which aims to put the patient at the center of the hospital of the future. It notes that current hospital infrastructure is fragmented, with different isolated systems. The Digital Hospital framework envisions an integrated infrastructure with everything connected over IP, from medical devices and patient monitoring to communication tools. This integrated approach aims to improve quality of patient care while containing costs through automation, real-time information sharing, and optimized clinical workflows.
The document discusses HP's Digital Hospital solution framework which was implemented at St. Olav's Hospital in Norway. The framework utilizes a converged IP network to integrate clinical systems, devices, and applications. This allows for improved communication and information sharing. At St. Olav's, benefits included increased productivity, shorter patient stays, and better patient care through improved access to data. The Digital Hospital framework can help healthcare providers optimize resources and improve quality of care through IT and application integration.
The document describes Telecom Italia's Nuvola IT - Home Doctor telemedicine service. The service enables remote patient monitoring through collection of medical data from devices and transmission to Telecom Italia's secure telemonitoring platform. The platform allows for three service models: autonomous patient monitoring, caregiver-assisted monitoring, and surgery telemonitoring. The service provides benefits like cost savings, increased access to care, and improved patient well-being through continuous remote monitoring. Telecom Italia's solution integrates multiple medical devices and offers functionality like electronic health record integration and digital reporting of results.
This document discusses the evolution of eHealth from medical informatics. It began with using electronic methods and tools in healthcare administration and statistics in the 1960s-1970s. Imaging and voice processing expanded applications in the 1980s. Telemedicine emerged in the 1990s, allowing healthcare delivery and consultations over audio/video communications. Examples from developing countries show telemedicine can improve access to specialists. The document argues eHealth, using information and communication technologies, will continue growing and changing healthcare management and services.
Telemedicine uses telecommunications technology to provide healthcare services from a distance. It can involve real-time video consultations between providers and patients, or storing and forwarding medical images and data for offline review. While telemedicine has benefits like improving access to specialists in rural areas, it still faces barriers like high infrastructure costs, lack of standards and regulations, and reimbursement issues. As technologies improve and costs decrease, telemedicine has great potential to expand healthcare access.
Telemedicine in India has grown significantly since 2008. The Indian government published Telemedicine Practice Guidelines in March 2020, making teleconsultation by registered medical practitioners legal. Telemedicine allows for consultations through video, phone and internet platforms. It utilizes telemedicine consultation centers where patients are present and specialty centers where specialists are present. Comprehensive medical databases and unique patient/provider identifiers are recommended. Major players like Yolo Health and Amrita Telemedicine have expanded access to primary care through technologies like health ATMs and partnerships with over 60 hospitals respectively. Potential limitations include instrumental interruptions, privacy of records, language barriers and ethical issues.
This is a Telemedicine report I was asked to put together for some various hospitals in Michigan looking to add this technology and was asked by HIMSS members to publish.
Telemedicine is defined as using telecommunications to provide healthcare remotely by sharing medical information and expertise over distances. It involves transferring various medical data like images, sounds, and patient records via internet, intranet, computers, and telephone lines. Some key applications of telemedicine include teleconsultation, telemonitoring of patients, telediagnosis, and tele-education of medical practitioners. While telemedicine provides benefits like improved access to care and cost savings, its adoption faces challenges due to issues around technology infrastructure, licensing, and patient acceptance of remote healthcare.
The document discusses the state of eHealth and mHealth in Europe. It defines eHealth as using electronic means to deliver health information and services, while mHealth focuses on mobile technologies. The EU and WHO have action plans to promote innovation and implementation of digital health. The document also outlines upcoming conferences on digital health in Europe and notes two major themes of the 2017 eHealth Week: giving citizens access to personal health data and improving public health through clinical data use.
How to move Forward the Implementation of the EU Interoperability Recommendation to Establish Trust and user Acceptance Part 1: Perspective of a Member State. Rossing N. eHealth week 2010 (Barcelona: CCIB Convention Centre; 2010)
eHealth: some challenges by Frank RobbenCONFENIS 2012
The document discusses some challenges facing eHealth, including more chronic care needs, remote care, mobile care, and integrated care. It also notes needs for reliable knowledge management, efficient processes, and information security and privacy protections. The Belgian approach to addressing these challenges involves creating a governance structure and technical platform to enable secure electronic information exchange between healthcare actors while respecting privacy.
The document discusses eParticipation and eDemocracy projects and strategies in Austria. It defines key terms like eDemocracy and levels of eParticipation. It outlines Austria's eDemocracy strategy, which aims to strengthen democracy through citizen engagement and transparency. It describes several Austrian projects, including Youth2Help (top-down) and MyParliament (bottom-up). It concludes by looking at future trends in digital participation and open innovation principles.
The document discusses the future of social eHealth and networked healthcare systems. It notes that large websites and healthcare networks can be considered complex adaptive systems composed of individual agents constantly interacting and adapting. Properly governing such emergent systems is challenging as control is dispersed and results from decentralized decisions by many agents. The role of social media, user engagement, and knowledge sharing on such adaptive healthcare networks is also mentioned.
Voice & Speech Recognition Technology in HealthcareCaroline Macleod
Can Hands-Free Voice/Speech Recognition in Home Care, Care Homes and Community settings bridge the gap between increased clinical efficiency and enhanced patient-led care? Learn more about voice technology solutions that enable clinical data to become potentially accessible through integrated computer networks for the purposes of improving health outcomes for patients and creating efficiencies for health professionals. Language (Voice Recognition) technologies hold the potential for making information easier to understand and access.
Telemedicine is defined as the use of technology to deliver health services remotely. It can involve real-time video conferencing or storing and transferring medical data asynchronously. Common telemedicine specialties include cardiology, radiology, dermatology, and psychiatry. Telemedicine provides benefits like improved access to care, especially in rural areas of India, but also faces challenges regarding licensing, standards, and infrastructure costs. The document then outlines the types, history, applications, and requirements of telemedicine systems.
The document provides an overview of how information and communication technology (ICT) can be used in critical care units (CCU). It discusses several key ICT tools and applications including critical information systems, computerized physician order entry (CPOE), hand-held technology, and telehealth initiatives. These technologies allow for management of large patient volumes, research, error reduction, workload reduction, collaboration, and faster treatment implementation in CCUs.
medIT is an IT company that provides digital health solutions to improve access to universal healthcare. Their mission is to drive digital transformation in the health sector. Some of their key products and services include:
- ePrescription, the national e-prescription system in Serbia with over 450 million prescriptions processed.
- NMPP&D, the national medical platform for prevention and diagnostics in Serbia with over 180 integrated institutions.
- A patient portal implemented in Serbia with around 1.5 million active users that provides access to medical records and test results.
- Electronic health records systems implemented in over 300 institutions in Serbia.
- Other solutions like digital death certificates and sick leave tracking.
Exco InTouch is a privately owned company that has engaged with over 900,000 patients in 88 countries. They have delivered over 3.5 million compliant messages and collated over 5 million data transactions in 70 languages. Their philosophy is that patient engagement is at the heart of everything they do. They offer solutions for patient engagement, eCOA, medical and consumer device integration, and mobile health services to help improve patient adherence, retention, and health outcomes.
The National Health IT Board Perspective: Transformational healthcare, professionalism and sustainability. Presented by Graeme Osborne, Director, National Health IT Board; Dr Andrew Miller, General Practitioner and e-ambassador; Carolyn Gullery, General Manager Planning, Funding & Decision Support, Canterbury & West Coast District Health Boards at HINZ 2014, 11 November 2014, 8.30am, Plenary Room
The document discusses a remote patient monitoring solution launched in Denmark in 2013. It allows patients to measure health data at home using connected devices and an app, while doctors can access the data online. The platform aims to improve outcomes and engagement for conditions like COPD, diabetes, and heart disease. It has since expanded to Canada and provides a way to address rural healthcare needs in India by allowing real-time monitoring between patients and doctors.
HospitalSoftwareShop.com is probably India's first online store for software for consulting physicians, cardiologists, gastrologists, nephrologists, ophthalmologists, andrology experts, infertility specialists, physicians, Doctors, Specialists & Clinics including Prescription Writing, Electronic Health Records, Electronic Medical Records and Practice Management. All these softwares have been developed after years of research and valuable inputs from specialists located throughout India. These software are easy to use, require very less typing, works quickly and saves precious practice time
Paper records of a person’s health and medical care history, including both written reports and graphic information, can pose not only confidentiality concerns but also accessibility and accuracy problems that can interfere with timely and effective treatment.
Electronic health records, as part of an integrated health information system, address these problems by making a patient’s health information available anytime, anywhere. EHRs also support patient self-monitoring systems, home care, remote monitoring and other increasingly prevalent practices. Further, EHRs help save energy and paper and support more sustainable processes.
Schneider Electric has been involved in integral electronic health care information and management systems since 1996, refining the technology to achieve optimum support to health professionals. As a result, it offers the TiCares solution, which has been implemented in several hospitals in Spain and Latin America; references are available. This solution is helping health professionals diagnose and prescribe treatment and preventative actions more efficiently — and benefitting all stakeholders.
I did a visit to new zealand in 2003 and did a number of talks from 2003 to 2005 on the transformation taking place in new zealand. back in NZ in 2014 so looked at those early slide so impressed with the leadership and the robust primary care
Orange Healthcare provides telecommunication technologies for medicine including mobile and fixed telephony, real-time videoconferencing, and data transmission. They offer a range of health services including telemedicine, home care, health management, prevention and wellness, and health information/education. In Africa, they partner with NGOs and healthcare providers to deliver m-health solutions including health data collection, child and maternity care, epidemiological surveillance, and tele-dermatology and tele-consultation services. As a telecom operator, Orange provides the quality, security, accessibility, and interoperability needed for medical practice, but acknowledges that successful m-health development requires commitment from all stakeholders as the transformation of medical practices can be
Telemedicina i pacients crònics / Telemedicine in chronic patientsAntoni Parada
Telemedicina i pacients crònics. Conferència impartida pel Professor canadenc Denis Protti Health Information Science - Victoria University. Barcelona, 2 de febrer de 2012. Organitzada per la Fundació TicSalut i l’Agència d’Informació, Avaluació i Qualitat en Salut.
How to achieve speed, volume and physician satisfaction in clinical documenta...Nuance Healthcare EMEA
A recently published peer-reviewed paper describes the outcome of the controlled trial of web-based speech recognition for clinical documentation and its impact on availability of data, content captured and user satisfaction.
Process Automation in Telemedicine - The Italian PerspectiveDenis Gagné
Presented by Baxter, with the participation of Telemedicine Observatory by ALTEMS (Università Cattolica del Sacro Cuore, Rome).
Stefano Collatina, Country Head Baxter Italy
Prof. Fabrizio Ferrara, Universita Cattolica del Sacro Cuore
Simone Naso, Digital Health Specialist, Baxter Italy
Health care delivery in Italy represents a number of challenges, including the regulatory requirements and the regional differences. Telemedicine has the potential to provide more cost-effective care, especially for vulnerable populations such as the elderly. In this webinar the unique needs of Italy will be discussed and how they can be addressed by standards-based process automation.
For each current Project HealthDesign team, these diagrams show which observations of daily living (ODLs) patients are tracking, the technologies the patients use to collect ODL data and other technical processes.
The document discusses the state of eHealth and mHealth in Europe. It defines eHealth as using electronic means to deliver health information and services, while mHealth focuses on mobile technologies. The EU and WHO have action plans to promote innovation and implementation of digital health. The document also outlines upcoming conferences on digital health in Europe and notes two major themes of the 2017 eHealth Week: giving citizens access to personal health data and improving public health through clinical data use.
How to move Forward the Implementation of the EU Interoperability Recommendation to Establish Trust and user Acceptance Part 1: Perspective of a Member State. Rossing N. eHealth week 2010 (Barcelona: CCIB Convention Centre; 2010)
eHealth: some challenges by Frank RobbenCONFENIS 2012
The document discusses some challenges facing eHealth, including more chronic care needs, remote care, mobile care, and integrated care. It also notes needs for reliable knowledge management, efficient processes, and information security and privacy protections. The Belgian approach to addressing these challenges involves creating a governance structure and technical platform to enable secure electronic information exchange between healthcare actors while respecting privacy.
The document discusses eParticipation and eDemocracy projects and strategies in Austria. It defines key terms like eDemocracy and levels of eParticipation. It outlines Austria's eDemocracy strategy, which aims to strengthen democracy through citizen engagement and transparency. It describes several Austrian projects, including Youth2Help (top-down) and MyParliament (bottom-up). It concludes by looking at future trends in digital participation and open innovation principles.
The document discusses the future of social eHealth and networked healthcare systems. It notes that large websites and healthcare networks can be considered complex adaptive systems composed of individual agents constantly interacting and adapting. Properly governing such emergent systems is challenging as control is dispersed and results from decentralized decisions by many agents. The role of social media, user engagement, and knowledge sharing on such adaptive healthcare networks is also mentioned.
Voice & Speech Recognition Technology in HealthcareCaroline Macleod
Can Hands-Free Voice/Speech Recognition in Home Care, Care Homes and Community settings bridge the gap between increased clinical efficiency and enhanced patient-led care? Learn more about voice technology solutions that enable clinical data to become potentially accessible through integrated computer networks for the purposes of improving health outcomes for patients and creating efficiencies for health professionals. Language (Voice Recognition) technologies hold the potential for making information easier to understand and access.
Telemedicine is defined as the use of technology to deliver health services remotely. It can involve real-time video conferencing or storing and transferring medical data asynchronously. Common telemedicine specialties include cardiology, radiology, dermatology, and psychiatry. Telemedicine provides benefits like improved access to care, especially in rural areas of India, but also faces challenges regarding licensing, standards, and infrastructure costs. The document then outlines the types, history, applications, and requirements of telemedicine systems.
The document provides an overview of how information and communication technology (ICT) can be used in critical care units (CCU). It discusses several key ICT tools and applications including critical information systems, computerized physician order entry (CPOE), hand-held technology, and telehealth initiatives. These technologies allow for management of large patient volumes, research, error reduction, workload reduction, collaboration, and faster treatment implementation in CCUs.
medIT is an IT company that provides digital health solutions to improve access to universal healthcare. Their mission is to drive digital transformation in the health sector. Some of their key products and services include:
- ePrescription, the national e-prescription system in Serbia with over 450 million prescriptions processed.
- NMPP&D, the national medical platform for prevention and diagnostics in Serbia with over 180 integrated institutions.
- A patient portal implemented in Serbia with around 1.5 million active users that provides access to medical records and test results.
- Electronic health records systems implemented in over 300 institutions in Serbia.
- Other solutions like digital death certificates and sick leave tracking.
Exco InTouch is a privately owned company that has engaged with over 900,000 patients in 88 countries. They have delivered over 3.5 million compliant messages and collated over 5 million data transactions in 70 languages. Their philosophy is that patient engagement is at the heart of everything they do. They offer solutions for patient engagement, eCOA, medical and consumer device integration, and mobile health services to help improve patient adherence, retention, and health outcomes.
The National Health IT Board Perspective: Transformational healthcare, professionalism and sustainability. Presented by Graeme Osborne, Director, National Health IT Board; Dr Andrew Miller, General Practitioner and e-ambassador; Carolyn Gullery, General Manager Planning, Funding & Decision Support, Canterbury & West Coast District Health Boards at HINZ 2014, 11 November 2014, 8.30am, Plenary Room
The document discusses a remote patient monitoring solution launched in Denmark in 2013. It allows patients to measure health data at home using connected devices and an app, while doctors can access the data online. The platform aims to improve outcomes and engagement for conditions like COPD, diabetes, and heart disease. It has since expanded to Canada and provides a way to address rural healthcare needs in India by allowing real-time monitoring between patients and doctors.
HospitalSoftwareShop.com is probably India's first online store for software for consulting physicians, cardiologists, gastrologists, nephrologists, ophthalmologists, andrology experts, infertility specialists, physicians, Doctors, Specialists & Clinics including Prescription Writing, Electronic Health Records, Electronic Medical Records and Practice Management. All these softwares have been developed after years of research and valuable inputs from specialists located throughout India. These software are easy to use, require very less typing, works quickly and saves precious practice time
Paper records of a person’s health and medical care history, including both written reports and graphic information, can pose not only confidentiality concerns but also accessibility and accuracy problems that can interfere with timely and effective treatment.
Electronic health records, as part of an integrated health information system, address these problems by making a patient’s health information available anytime, anywhere. EHRs also support patient self-monitoring systems, home care, remote monitoring and other increasingly prevalent practices. Further, EHRs help save energy and paper and support more sustainable processes.
Schneider Electric has been involved in integral electronic health care information and management systems since 1996, refining the technology to achieve optimum support to health professionals. As a result, it offers the TiCares solution, which has been implemented in several hospitals in Spain and Latin America; references are available. This solution is helping health professionals diagnose and prescribe treatment and preventative actions more efficiently — and benefitting all stakeholders.
I did a visit to new zealand in 2003 and did a number of talks from 2003 to 2005 on the transformation taking place in new zealand. back in NZ in 2014 so looked at those early slide so impressed with the leadership and the robust primary care
Orange Healthcare provides telecommunication technologies for medicine including mobile and fixed telephony, real-time videoconferencing, and data transmission. They offer a range of health services including telemedicine, home care, health management, prevention and wellness, and health information/education. In Africa, they partner with NGOs and healthcare providers to deliver m-health solutions including health data collection, child and maternity care, epidemiological surveillance, and tele-dermatology and tele-consultation services. As a telecom operator, Orange provides the quality, security, accessibility, and interoperability needed for medical practice, but acknowledges that successful m-health development requires commitment from all stakeholders as the transformation of medical practices can be
Telemedicina i pacients crònics / Telemedicine in chronic patientsAntoni Parada
Telemedicina i pacients crònics. Conferència impartida pel Professor canadenc Denis Protti Health Information Science - Victoria University. Barcelona, 2 de febrer de 2012. Organitzada per la Fundació TicSalut i l’Agència d’Informació, Avaluació i Qualitat en Salut.
How to achieve speed, volume and physician satisfaction in clinical documenta...Nuance Healthcare EMEA
A recently published peer-reviewed paper describes the outcome of the controlled trial of web-based speech recognition for clinical documentation and its impact on availability of data, content captured and user satisfaction.
Process Automation in Telemedicine - The Italian PerspectiveDenis Gagné
Presented by Baxter, with the participation of Telemedicine Observatory by ALTEMS (Università Cattolica del Sacro Cuore, Rome).
Stefano Collatina, Country Head Baxter Italy
Prof. Fabrizio Ferrara, Universita Cattolica del Sacro Cuore
Simone Naso, Digital Health Specialist, Baxter Italy
Health care delivery in Italy represents a number of challenges, including the regulatory requirements and the regional differences. Telemedicine has the potential to provide more cost-effective care, especially for vulnerable populations such as the elderly. In this webinar the unique needs of Italy will be discussed and how they can be addressed by standards-based process automation.
For each current Project HealthDesign team, these diagrams show which observations of daily living (ODLs) patients are tracking, the technologies the patients use to collect ODL data and other technical processes.
The document discusses implementing electronic medical record (EMR) systems in low resource hospitals in developing countries. It notes that such settings often have intermittent power, lack of IT staff and internet access, and sparse mobile coverage. The proposed approach is to use low-cost, appropriate technologies like smartphones, SMS, and offline/disconnected solutions. Examples of EMR systems developed using this approach include IQCare and IQSMS, which have been implemented across several African countries to digitize medical records and facilitate mobile phone-based reporting. The results shown include improved data quality, data use, and reduced costs through streamlining patient workflows.
The document discusses a case study of the Canton of Geneva in Switzerland creating an electronic healthcare network called e-toile using Cisco's Medical Data Exchange Solution. The solution allows healthcare providers and patients to access medical records securely from any system. It has improved patient care by giving providers a more complete health history and reducing errors. The network provides benefits like increased efficiency, cost savings, and higher quality care for both patients and the healthcare system.
Current gaps in telehealth and how to address themAlvin Marcelo
The document discusses current gaps in telehealth and how to address them. It outlines the key components of telehealth using the "ABCs" framework, including the necessary actors, agreements, bridges, connectivity and content. It then analyzes challenges related to each of these areas and proposes solutions. The greatest challenge is accepting new patients via telehealth without an initial in-person meeting, but identity verification services and limiting to patient referrals can help address this. Overall, the document stresses that telehealth amplifies many of the risks of in-person care, so practitioners must be aware of limitations and ensure patient safety.
Xeneta was founded in 2012 and has grown to employ over 50 people from 20 different nationalities serving over 800 customers worldwide. They have achieved 170 million Norwegian krone in revenue since their founding.
Hvordan realisere effektivt læringsutbytte for hver enkelt elev i den norske fellesskolen?
Professor Arne Krokan, Institutt for sosiologi og statsvitenskap,
Leder Senter for læringsanalyse NTNU,
Forfatter av "Smart læring: Hvordan IKT og sosiale medier endrer læring (2012)"
Fra IKT-Norges miniseminar om læringsanalyse 4. mai 2015
https://youtu.be/vVV-VYGxT5Y?t=1h36m56s
Hva er læringsanalyse?
Og hvordan jobber norske edtechselskaper med dette?
Yngve Lindvig,
Conexus
Fra IKT-Norges miniseminar om læringsanalyse 4. mai 2015
https://youtu.be/vVV-VYGxT5Y?t=51m33s
Adaptiv læring, og bedre læringsutbytte med verktøyet Multi Smart Øving
http://www.smartoving.no/
Alexander Even Henriksen, digital forlagssjef
Gyldendal Undervisning
Fra IKT-Norges miniseminar om læringsanalyse 4. mai 2015
https://youtu.be/vVV-VYGxT5Y?t=40m22s
Zwipe has developed a patented, low-power fingerprint verification algorithm that allows for biometric authentication without batteries or a centralized database. This technology has wide application across access control, payments, ID cards, and more. Zwipe partnered with MasterCard to launch the first biometric contactless payment card, representing an important step towards global impact. Moving forward, Zwipe aims to conduct pilot programs with standard cards and thinks globally from the start to achieve high scalable growth working with partners in Europe and beyond.
This document discusses end-to-end encrypted chat and file transfer using encryption methods like El Gamal elliptic curves and AES-256. It lists over 70 countries that Crypho supports and discusses challenges around public procurement and deciding between a district or innovation model. It provides contact information for Geir Bækholt at Crypho.
This document is a business card for Andreas Parr Bjørnsund, the Business Development Manager at BARTEC PIXAVI. It lists his job title, contact information including email, phone numbers, and Skype details, as well as the company website.
NEO2015: The Trampery keynote. Creating a global innovation cluster: Lessons ...IKT-Norge
Creating a global innovation cluster: Lessons from London
Foredrag av The Tramperys grunnlegger Charles Armstrong for IKT-Norges årskonferanse NEO2015 onsdag 22. april
1. eHealth - the only option
State visit by President Medvedev
Fredrik Syversen
Director Industry Development
2. IKT-Norge
• Largest business association for the ICT industry.
• Membership of 400 companies with total turnover of 15 bill. Euro
50% of the Norwegian market.
• Represents all parts of the ICT value chain, telcos, content
providers, software and services.
• International network
o member of EICTA, WITSA, and ICC
• Sets the ICT industry on the agenda – in politics, in media, in the
business and financial community and in the the general public.
• Promotes R&D, innovation and export- and internationalization
within the ICT industry
• Organize Norwegian eHealth Association
3.
4.
5.
6. Solutions
• Preventive care
• Co-ordination
• More for less
• Consolidation ICT
• Transparency
• Quality in care
• EPJ
7.
8. Digitaldictation
Pasient terminal
Audio/Video Patient signal TV distribution
IP Telephony
Fixed/wireless
Pheripherals
Profesor
Student
Doctor Alarm/911
Message server Pasient Admin
worker
Active Directory
Syke-
Log on/ pleier Bio-Ing.
auhentication
Assistant
nurse
MDA
Operating systems/
Tools Norsk
Helsenett
Intelligent
wiring
Applik. Applik.
Network Data Data
Fixed/wireless
DMF/NTNU St. Olav
9. Video communication in healthcare – strategic tool
in clinical and administrative applications
New Way of Working
10. Norsk
Helsenett
Offshore installasjon
med video på
sykestue
På plattformen kan man
diagnose pasient ha
ekspertise hvor som helst i
Norsk Helsenett.
Diagnose live fra PC
11. Russian Telemedicine Association
Russian Telemedicine Association helps physicians in distant cities
and remote areas consult with specialists in Moscow
Ambulance crews can report directly to hospitals and public authorities
from the scene of emergencies
In total more than 2000 video consultations are completed every year!
12. Telemedicine applications
Video communication in healthcare can be used for many different
purposes as a clinical, educational and administrative tool.
Among others:
Care planning/ discharge conferences
Diagnostics
Therapy
Staff and/or board meetings
Follow up
Interpreter services
Monitoring
Education
Research
Seminars
14. Stop smoking for good! The worlds most effec+ve web‐based
quit smoking program. Tested in clinical trials.
45 days program, up to 1 year follow up.
Internet, PC, mobile phones, smartphones.
Reduce your drinking with ac+ve psychology!
Set your own drinking level.
58 days Individualized program. 1 year follow up.
Internet, PC, mobile phones, smartphones.
To help as many as possible to the best life possible
15. Health Information Systems Program (HISP)
• District Health Information System (DHIS)
– Governance of health care programs (Vaccination, mother-child, HIV/AIDS)
– Patient treatment
• Started in South Africa ’94, initiated and coordinated by University of Oslo
• Open source software; combining research, education (PhD and Master level), and
software development (including organizational implementation and use)
• Used in
– 15 African countries and 3 Asian (India, Vietnam and Bangladesh).
– Several International Masters programs and 35 PhD students (15 completed).
• India: in use in more than 20 states. Now selected as national standard.
• WHO is adopting DHIS as key component of their Public Health Information Toolkit
16. DHIS Mobile: Mobile phones for effective data
exchange and communication in public health
• Mobile‐based Sub‐center Data Repor5ng
with Seamless integra5on with DHIS
– Weekly and monthly reports sent from
facili+es at the lowest level where no
computers nor Internet exist
– May 2009 : Pilots started at 300 sub‐
centers in 5 states in India
– 7 states have decided to scale to the whole
state
– Pilots in 2 states in Nigeria
• Patient Record System for community health workers
– Mobile phone based access
– Individuals are registered and tracked throughout the duration of the
health program they are enrolled in
– Implementation started in 2 states in India
17. World Medical Card - Three products
in one
onWeb onMobile onCard
Your online web portal A tool that helps you onCard is a sealed card that
where you store and communicate your health contains your most vital
manage all your personal information regardless of health information.
information. language barriers.
Ensure that doctors and
Allows you to stay in health personnel receive
onMobile is at your service
charge of your health and accurate and reliable
whenever you are away from
personal information in information about your health
home, and need assistance
your daily life. – for safer medical treatment.
with communicating your
information.
19. The Solution: DIPS Paperless EPR
Electronic referrals and booking
Electronic internal communication
Electronic ordering of tests and examinations
Information is documented only once
Electronic ordination of medicine
Results from tests and examinations are available electronic
Dictation is done digitally and is available immediately
Communication with primary care and other hospitals are
electronic
Quick and easy single sign on in all systems.
20. Norway: World Leader in EPR
• 2001: The first paperless EPR Hospital in Norway:
Arendal
• This was a big success
• Large parts om the Norwegian Health care have today
abandoned the system of paper-based medical record