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

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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