Information Technology for Cost Efficient Health Care
description
Transcript of Information Technology for Cost Efficient Health Care
Information Technology for Cost Information Technology for Cost Efficient Efficient
Health CareHealth Care CCoo--ordinordinaator: tor:
University of University of Veszprém,Veszprém, Department of Department of Information SystemsInformation Systems
ProjeProject leaderct leader: : KOZMANNKOZMANN György, D.Sc. György, D.Sc.
Fields of Interest
Improving cost-efficiency in the medical domain Improving cost-efficiency in the medical domain by information technologyby information technology
Making diagnostic information and
professional expertise available
Improving the efficiency of diagnostic methods
Health Conservation
Application Areas of the Project
Acute careAcute care
PreventionPrevention
Home carerehabilitation
Home carerehabilitationcard
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Health Conservation: Expected novelties
An Internet-based personalized risk assessment and counselling system
Quantitative, factorized risk assessment Personalized, optimized menu generation
Internet assisted health conservation
ServicesServices: :
Dissemination of medical Dissemination of medical informationinformation
risrisk assessmentk assessment
personal lifestyle counsellingpersonal lifestyle counselling
http://cordelia.vein.huhttp://cordelia.vein.hu
Interactive risk estimation
Risk assessmentForm-based data entry
Evaluation of predisposing life-style factors
• Relative risk
• Interactive risk recalculation
• Risk factors
• Personal food pyramid
Planned services
• Several sorts of risk
• Daily lifestyle log
• Integrating Menu generation
Dietary counselling via intelligent menu generation
Acute/clinical care: Expected novelties “Telestroke” inter-institutional teleconsulting system including
decision support services True-color data transmission CNN based feature extraction for stroke detection Data retrieval based on image features
Communication devices for patients of intensive care departments High resolution body surface potential mapping (BSPM) system
with decision support services Ischemia BSPM interpretation Detection of electrical substrate of malignant arrhytmias
Topology of the inter-institutional Telestroke system
Internet
OPNI, Budapest, Hűvösvölgyi út 116.
LAN
ISDN 30 NTIBM
Server
ISDN/PSTN/M LLN
CommPleteRAS
CT, MRképátvitel,
konzultáció
UPS
OITI,Budapest,
Amerikai u. 57
ISDN2 NT
CT, MR képátvitel,konzultáció
ISDN2 NT
ISDN2 NT
So -bus
Kép analizálásKommunikációs gép
OÉI,Budapest, Városmajor u. 22.
LAN
ISDN2 NT
CT, MR képátvitel,konzultáció
ISDN2 NT
ISDN2 NT
So-bus
Szent Imre kórházBudapest
Tétényi u12-16.
M egye i KórházKecskemét
NKFP konzorciumHálózati rendszerterv
Dicom 3formátum
CT1 : Siemens SomatumPlus 4 (spirál)
Dicom 3formátum
MR: SiemensMagnetomSymphony
CT2 : Siemens SomatumDRH (régi)(nem spirál)
LAN
CT : Siemens HiQSomatum (nem spirál)
Röntgen 1
Röntgen 2
Dicom 3 formátum
CT: Ge 9800 HiLi(nem spirál)
MR : 1T SiemensMagnetom Impact
RöntgenDicom 3formátum
Kép analizálásKommunikációs gép
Kép analizálás,Kommunikációs gép
BalassagyarmatiKórház
BalassagyarmatRákóczi út 125-127.
ISDN2 NT
So-bus
ISDN2 NT ISDN2 NT
Dicom 3formátum
Laptop
Laptop
Laptop
Telestroke system in use
CNN based stroke diagnosis support system
A: Patological input image
B, D: early signs of stroke marked by expert
C, E: early signs of stroke marked by CNN
B C
D E
A
NeuRadIR – searching the stroke database
Data acquisition with the 64 channel
BSPM system
Chronic care/rehabilitation:Expected novelties Remote monitoring system for cardiologic patients
Development of patient units accessed by Bluetooth protocol Mobile or PSTN connection between the patient, the monitoring centre
and the general practitioner Personalized detection of significant relative changes
Monitoring and rehabilitation systems for cerebrovascular patients State monitoring of cerebrovascular patients via motion analysis Cognitive-state monitoring of cerebrovascular patients
Remote monitoring in cardiology
Patients
Data center and automatic evaluation
24 hour monitoring
service
GPAmbulence
Bluetooth interfaced patient unit
Bluetooth unit integrated in the patient unit
Automatic Evaluation of ECG parameter changes
Minnesota code selection and decision based on 424 rules
Internet-based monitoring of hand motion
State monitoring via motion analysis Example for a static test: drawing a square
Communication decices to help the disabled
With a sentence editor program:
With a Communicator:
Communication is supported by a robust, giant keyboard and software on the client and on the server