Patient’s mobility throughout his lifetime leaves a trial of information scattered in laboratories, clinical institutes, primary care units, and other hospitals.
Hence, the medical history of a patient is valuable when subjected to special healthcare units or undergoes home-care/personal-care in elderly stage cases. Despite the rhetoric about patient-centred care, few attempts were made to measure and improve in this arena.
In this thesis, we will describe and implement a high-level view of a Patient Centric information management, deploying at a preliminary stage, the use of Agent Technologies and Grid Computing. Thus, developing and proposing an infrastructure that allows us to monitor and survey the patient, from the doctor’s point of view, and investigate a Persona, from the patients’ side, that functions and collaborates among different medical information structures.
The Persona will attempt to interconnect all the major agents (human and software), and realize a distributed grid info-structure that directly affect the patient, therefore….
1.1 THESIS OVER VIEW
1.2 AIMS AND OBJECTIVES
1.3 RESEARCH QUESTIONS
1.4 RESEARCH METHODOLOGY
1.5 BACHGROUND AND MOTIVATION
1.5.1 Multi-Agent Systems
1.5.2 Grid Computing and Distributed Processing
1.6 OWN CONTRIBUTION
1.7 FURTHER GUIDLINES
2.1 HIGH-LEVEL VIEW OF HOME-CARE SYSTEMS
2.1 MEDICAL INSTITUTES PROVISIONS
3 REQUIRED ENGINEERING
3.1 FUNCTIONALITY AND IMPLEMENTATION
3.1.1 Persona-Scenario Home-Care Analysis
3.1.2 Persona’s-Patient Connectivity 24
3.2 THE PERSONA’S DESIGN
3.2.1 Persona’s Various Frameworks
3.2.2 Java Agent Development Framework (JADE)
3.2.3 Collaboration Information Agents (CIA)
4 SECURITY AND INTERACTION
4.1 SECURITY LAYER
4.1.1 Jade Security (Jade-S)
4.2 PERSONA INTERACTION ARCHITECTURE
4.3 PERSONA CONTEXT
4.4.2 Persona’s Communication Adaptor
6 CONCLUSION AND FUTURE WORK
Distributed data management
Source: Blekinge Institute of Technology
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