Integration of the HL7 Standard in a Multiagent System to Support Personalized Access To e-Health Services


Integration of the HL7 Standard in a Multiagent
System to Support Personalized Access
To e-Health Services

Abstract:
In this paper, we present a multiagent system to support patients in search of healthcare services in an e-health scenario. The proposed system is HL7-aware in that it represents both patient and service information according to the directives of HL7, the information management standard adopted in medical context. Our system builds a profile for each patient and uses it to detect Healthcare Service Providers delivering e-health services potentially capable of satisfying his needs. In order to handle this search it can exploit three different algorithms: the first, called PPB, uses only information stored in the patient profile; the second, called DSPPB, considers both information stored in the patient profile and similarities among the e-health services delivered by the involved providers; the third, called AB, relies on A_, a popular search algorithm in Artificial Intelligence. Our system builds also a social network of patients; once a patient submits a query and retrieves a set of services relevant to him; our system applies a spreading activation technique on this social network to find other patients who may benefit from these services.

Existing System:

Ø In the existing system HCSPs often use proprietary formats to represent data and services; as a consequence, their interoperability and comparison are generally difficult.
Ø Medical resources and services are often described by means of specialized terms. As a consequence, patient queries usually fail to match with documents describing medical resources and services.
Ø This might cause two, generally co-occurring, consequences. The former is that a query answer might contain a large number of useless proposals that fail to fulfill patient needs (false positives).
Ø The latter is that a query answer could ignore a large number of proposals that might be useful to the patient (false negatives).
Proposed System:

Ø In this paper, we present a multiagent system to support patients in search of healthcare services in an e-health scenario.
Ø The proposed system is HL7-aware in that it represents both patient and service information according to the directives of HL7, the information management standard adopted in medical context.
Ø System builds a profile for each patient and uses it to detect Healthcare Service Providers delivering e-health services potentially capable of satisfying his needs.
Ø The proposed system combines submitted queries with the corresponding patient profiles to identify those services that are likely to satisfy patient needs and desires. In this task, it fruitfully exploits all features characterizing Intelligent Agents (e.g., proactiveness, autonomy, and sociality)
Ø It builds also a social network of patients; once a patient submits a query and retrieves a set of services relevant to him.
Ø Our system applies a spreading activation technique on this social network to find other patients who may benefit from these services.
Ø Proposed system consists five main components namely. Patient Agent, Health Care Service Provider, Coordinator Agent, Healthcare Service-Provider Database, Patient Profile Database.



KEYWORDS:
Generic Technology Keywords: Database, User Interface, Programming
Specific Technology Keywords: C#.Net, ASP.Net with WCF, MS SqlServer-08
Project Keywords: Presentation, Business Object, Data Access Layer, Database
SDLC Keywords: Analysis, Design, Code, Testing, Implementation, Maintenance



SYSTEM CONFIGURATION
HARDWARE CONFIGURATION
S.NO
HARDWARE
CONFIGURATIONS
1
Operating System
Windows 2000 & XP
2
RAM
1GB
3
Processor (with Speed)
Intel  Pentium IV (3.0 GHz) and Upwards
4
Hard Disk Size
40 GB and above
5
Monitor
15’ CRT
SOFTWARE CONFIGURATION
S.NO
SOFTWARE
CONFIGURATIONS
1
Platform
Microsoft Visual Studio
2
Framework
.Net Framework 4.0
3
Language
C#.Net
4
Front End
Asp.net, html, WCF
5
Back End
SQL Server 2008

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