Regjeringens politikk for IKT-forskning: IKT som muliggjørende teknologi og driver for vekst og innovasjon i næringsliv og offentlig sektor; Dilek Ayhan, statssekretær i Nærings- og fiskeridepartementet
Hva gjør forskningsrådet for å fremme brukermedvirkning i helseforskning? Mari Nes, Norges forskningsråd. Foredrag på seminaret Brukermedvirkning i helseforskning, fra ord til handling, Diakonhjemmet Sykehus 4. november 2014
Kristin Hauge, rådgiver i VOX, nasjonalt senter for kompetansepolitikk. Hauge sin presentasjon tar for seg VOX sine tilbud og muligheter, samarbeidspartnere osv. som er nyttige i LLL-sammenheng.
Hva gjør forskningsrådet for å fremme brukermedvirkning i helseforskning? Mari Nes, Norges forskningsråd. Foredrag på seminaret Brukermedvirkning i helseforskning, fra ord til handling, Diakonhjemmet Sykehus 4. november 2014
Kristin Hauge, rådgiver i VOX, nasjonalt senter for kompetansepolitikk. Hauge sin presentasjon tar for seg VOX sine tilbud og muligheter, samarbeidspartnere osv. som er nyttige i LLL-sammenheng.
The document discusses a project to analyze anonymized patient data and medical publications. Specifically:
1) The project aims to digitally analyze anonymized patient data and medical publications.
2) The challenge is to identify correlations in text information that can be used for further research and diagnosis.
3) Clinical expertise, big data analysis skills, and experience from related international projects are competencies needed for the project partners.
This document discusses enabling precision medicine in cancer through an open community-driven knowledge management system. It notes that each tumor has a unique set of somatic DNA alterations that affect drug response and resistance. The challenges are interpreting and prioritizing clinically actionable variants from ongoing clinical trials, electronic health records, biomedical literature, genomic databases, and other resources. The proposed solution is an integrated cancer knowledge base that combines these data sources using semantic web technologies and ontologies for clinical decision support. Community curation of evidence for actionable genomic events would specify levels, types, and directions of actionability.
This document discusses creating a digital and trustworthy evidence ecosystem to increase value and reduce waste in healthcare. It proposes integrating evidence-based medicine into electronic medical records through a multilayered guideline authoring and publication platform. This platform would provide structured, tagged content from individual studies, evidence profiles, and recommendations to guide clinicians and aid shared decision making with patients. New evidence would dynamically update guidelines to ensure best practices. The goal is to make knowledge translation more efficient and effective.
The document discusses a digital commons and open platform for interaction between data called "any14.com". It describes portable authorization where patient data can follow patients and external actors need access to sensitive data. Portable access tokens are proposed to allow approved operations on data through signed requests and tokens even when the third party is unknown. Partners are sought to contribute portable security technologies and analysis to a larger project group.
The document proposes an ICT-based personal healthcare system called Stress Management System (SMS) to help manage stress. It notes that stress can lead to heart disease and other health problems. The system would use wireless body sensors, mobile apps, and networks to accurately analyze stress levels, efficiently communicate stress measurements, and provide real-time responses to help manage stress. It is a collaborative project between several research institutions that aims to help address the growing problem of heart disease and mortality related to stress.
The document discusses a project to analyze anonymized patient data and medical publications. Specifically:
1) The project aims to digitally analyze anonymized patient data and medical publications.
2) The challenge is to identify correlations in text information that can be used for further research and diagnosis.
3) Clinical expertise, big data analysis skills, and experience from related international projects are competencies needed for the project partners.
This document discusses enabling precision medicine in cancer through an open community-driven knowledge management system. It notes that each tumor has a unique set of somatic DNA alterations that affect drug response and resistance. The challenges are interpreting and prioritizing clinically actionable variants from ongoing clinical trials, electronic health records, biomedical literature, genomic databases, and other resources. The proposed solution is an integrated cancer knowledge base that combines these data sources using semantic web technologies and ontologies for clinical decision support. Community curation of evidence for actionable genomic events would specify levels, types, and directions of actionability.
This document discusses creating a digital and trustworthy evidence ecosystem to increase value and reduce waste in healthcare. It proposes integrating evidence-based medicine into electronic medical records through a multilayered guideline authoring and publication platform. This platform would provide structured, tagged content from individual studies, evidence profiles, and recommendations to guide clinicians and aid shared decision making with patients. New evidence would dynamically update guidelines to ensure best practices. The goal is to make knowledge translation more efficient and effective.
The document discusses a digital commons and open platform for interaction between data called "any14.com". It describes portable authorization where patient data can follow patients and external actors need access to sensitive data. Portable access tokens are proposed to allow approved operations on data through signed requests and tokens even when the third party is unknown. Partners are sought to contribute portable security technologies and analysis to a larger project group.
The document proposes an ICT-based personal healthcare system called Stress Management System (SMS) to help manage stress. It notes that stress can lead to heart disease and other health problems. The system would use wireless body sensors, mobile apps, and networks to accurately analyze stress levels, efficiently communicate stress measurements, and provide real-time responses to help manage stress. It is a collaborative project between several research institutions that aims to help address the growing problem of heart disease and mortality related to stress.
Blopp!; Ole Andreas Alsos, NTNU og Bekk Consulting
Regjeringens politikk for IKT-forskning: IKT som muliggjørende teknologi og driver for vekst og innovasjon i næringsliv og offentlig sektor; Dilek Ayhan, statssekretær i Nærings- og fiskeridepartementet
1. Norsk mal: Startside
Regjeringens politikk på IKT-forskning IKT som muliggjørende teknologi og driver for vekst og innovasjon i næringsliv og offentlig sektor
Statssekretær Dilek Ayhan
Lanseringskonferanse for IKTPLUSS, 12. november 2014
3. Regjeringens forskningsprofil
Computerworld 4.7.14
Lansering IKTPLUSS
Statssekretær Dilek Ayhan
Øke forskningsbudsjettet med 2,1 mrd. kroner Horisont 2020, forskningsinfrastruktur, åpne arenaer og stimuleringsordninger
Satsing på næringsrettet forskning BIA Skattefunn Forny2020 Muliggjørende teknologier Styrke de teknisk-industrielle instituttene
4. Langtidsplan for forskning og høyere utdanning
Computerworld 4.7.14
Lansering IKTPLUSS
Statssekretær Dilek Ayhan
IKT en av seks muliggjørende teknologier
”Det offentlige har et særskilt ansvar for å utvikle det