The document summarizes qualitative research on healthcare's fragmented ICT systems in Norway. Researchers studied several ICT integration projects and found huge expectations but modest results. The research examines experiences with electronic health records, mobile technologies, and other projects. It focuses on the socio-technical complexity where technological and organizational issues intersect. The research questions common views of seamless integration, implementation, and information flow. It provides examples of studies that offer realistic perspectives on complex work practices and information sharing challenges.
The document summarizes a project called "DreamWorld" that aims to intelligently integrate social networks and 3D virtual worlds. The project is a collaboration between Funcom and Høgskolen i Narvik from 2010-2014. The goals are to reduce the gap between social networks and virtual worlds using the Dreamworld Engine and integrate their capabilities. Key differences between social networks like Facebook and massively multiplayer online (MMO) games are outlined. The focus areas of the project are also listed, including data compression, streaming, social network integration, and multi-platform support. Some of the technology will be used in Funcom's upcoming game The Secret World, while other aspects may require more investment to utilize commercially.
Library tips for new researchers in computer sciencePhoebe Ayers
A presentation for ECS 293 at UC Davis; tips for using the library and managing your publication reputation as a new researcher or graduate student in computer science.
The document discusses innovation in situated and sensory media. It describes how digital media relies on a hierarchy of hardware, software, and meaningware. It then defines sensory media as utilizing the positioning, orientation, movement, touch input, light, and sound capabilities of mobile devices. Examples are given of past simulation projects set in historical locations that make use of these sensory inputs to immerse users.
The document summarizes qualitative research on healthcare's fragmented ICT systems in Norway. Researchers studied several ICT integration projects and found huge expectations but modest results. The research examines experiences with electronic health records, mobile technologies, and other projects. It focuses on the socio-technical complexity where technological and organizational issues intersect. The research questions common views of seamless integration, implementation, and information flow. It provides examples of studies that offer realistic perspectives on complex work practices and information sharing challenges.
The document summarizes a project called "DreamWorld" that aims to intelligently integrate social networks and 3D virtual worlds. The project is a collaboration between Funcom and Høgskolen i Narvik from 2010-2014. The goals are to reduce the gap between social networks and virtual worlds using the Dreamworld Engine and integrate their capabilities. Key differences between social networks like Facebook and massively multiplayer online (MMO) games are outlined. The focus areas of the project are also listed, including data compression, streaming, social network integration, and multi-platform support. Some of the technology will be used in Funcom's upcoming game The Secret World, while other aspects may require more investment to utilize commercially.
Library tips for new researchers in computer sciencePhoebe Ayers
A presentation for ECS 293 at UC Davis; tips for using the library and managing your publication reputation as a new researcher or graduate student in computer science.
The document discusses innovation in situated and sensory media. It describes how digital media relies on a hierarchy of hardware, software, and meaningware. It then defines sensory media as utilizing the positioning, orientation, movement, touch input, light, and sound capabilities of mobile devices. Examples are given of past simulation projects set in historical locations that make use of these sensory inputs to immerse users.
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.
Mobilsveip erstatter nøkler og lommebok; Sigmund Akselsen, seniorforsker ved ...
Slik får du orden på feriebildene. Randi Karslen, professor ved Universitetet i Tromsø
1. Slik får du orden på feriebildene Og vet hva du ser på
Randi Karlsen, Institutt for informatikk, UiT Norges arktiske universitet
2. CAIM* prosjektet
•Bakgrunn
–Enorme mengder informasjon og bilder er tilgjengelig
–Problemer med å vite hva vi ser og finne det vi ønsker
•Tilnærming
–Kobler bilder mot annen informasjon
–Analyserer og utvider metadata til bilder
–Forbedre muligheter for søk, organisering og forståelse av bilder.
•Utvikler nye metoder, algoritmer og prototyper
* CAIM – Context-aware image management
3. InfoAlbum
•Mål: tilby brukeren informasjon om
–Innholdet i bildet
–Stedet der bildet er tatt
•Basert på metadata til bildet
•Samler informasjon relatert til bildet fra mange kilder på Internett.
•Testet bilder av attraksjoner og hendelser
•Dato/tid
•GPS koordinater
•Nøkkelord
Input til InfoAlbum:
4. InfoAlbum
•Stedsnavn
•Tagger
•Værinformasjon
•Posisjon på kart
•Relaterte bilder
•Artikler
•Web sider
Presentert for brukeren:
5. Wikipedia artikler
•Max 5 artikler til ett bilde
•For ca. 85% av bildene presenteres en artikkel som beskriver innholdet i bildet.
Web sider
•Via Google søk
•Ca. 40% relevant til innholdet i bildet.
InfoAlbum
6. LoTagr – Automatisk tagging av bilder
•Annotering hentes fra relevante bilder på Flickr.
•Basert på lokasjon
•I gjennomsnitt er over 80% av taggene relevant til innhold i bildet.
•65% av bildene får tag som navngir det man ser.
Collected tagschicago, illinois, skyscraper, skyline, hancock, city, johnhancockcenter, johnhancock, building, urban, night, il, downtown, architecture
7. Sosialt bildesøk
•Store mengder informasjon er et problem også på sosiale media
•Søk etter bilder av personlig interesse for bruker.
•Sosial rangering av bilder.
•Analyse av sosialt nettverk identifiserer nære venner og sentrale aktører for bildesøk.
•Bruker Facebook i eksperimenter.
Social RankingWithout Ranking47.9442.8138.71
8. CAIM prosjektet
Flere prototyper, f.eks:
•Identifisere hendelser basert på metadata til bilder.
•Bildesøk med tegning som spørring.
•Automatisk beskrivelse av bildesamlinger.
Bidrag:
•Støtter mer effektive bildesøk og personalisering.
•Kobler informasjon fra mange kilder basert på metadata.
•Merverdi via kombinering av informasjon.
•Bruker metadata for å øke kunnskapen om både informasjon og info kilder
•hvor god er info/kilder
•bruksområde
Partnere:
•UiT Norges arktiske universitet
•Universitetet i Bergen
•NTNU
•Telenor