1;Organization;7 2;Table of Contents;9 3;Engineering Control of Airborne Disease Transmission in Health Care Facilities;16 3.1;INTRODUCTION;16 3.2;AIRBORNE TRANSMISSION OF INFECTIOUS DISEASES;16 3.3;AIRBORNE PATHOGENS IN HEALTH CARE FACILITIES;17 3.4;AIRBORNE PATHOGENS CONTROL;19 3.5;CONCLUSIONS;19 3.6;REFERENCES;19 4;Field Investigation of Volatile Organic Compounds' Levels and Origin in an Unpolluted Residential Area;20 4.1;INTRODUCTION;20 4.2;METHOD;20 4.3;RESULTS;21 4.4;DISCUSSION;21 4.5;CONCLUSIONS;22 4.6;REFERENCES;22 5;Collaborative Pre-surgery Planning in a Tele-immersive Environment Using VR Technology;24 5.1;INTRODUCTION;24 5.2;HARDWARE ARCHITECTURE;24 5.3;SOFTWARE ARCHITECTURE;25 5.4;EXPERIMENTS;27 5.5;CONCLUSIONS;28 5.6;REFERENCES;28 6;Indications of the Modern Vitreo-Retinal Surgery Techniques;30 6.1;INTRODUCTION;30 6.2;MATERIALS AND METHODS;30 6.3;RESULTS;30 6.4;DISCUSSION;31 6.5;CONCLUSIONS;33 6.6;REFERENCES;33 7;Diagnosis and Control by Using Biomarkers;34 7.1;INTRODUCTION;34 7.2;MATERIALS AND METHODS;34 7.3;CONCLUSIONS;38 7.4;REFERENCES;38 8;Patient Simulation Experience in Family Medicine Residents Education;40 8.1;INTRODUCTION;40 8.2;MATERIALS AND METHODS;41 8.3;RESULTS;41 8.4;DISCUSSIONS;42 8.5;CONCLUSIONS;43 8.6;REFERENCES;43 9;Assessing Glycemic Control in Diabetes: From Self Monitoring of Blood Glucose to Continuous Glucose Monitoring System;44 9.1;INTRODUCTION;44 9.2;OBJECTIVES;45 9.3;STUDIED GROUP AND METHODS;45 9.4;RESULTS;45 9.5;DISCUSSIONS;46 9.6;CONCLUSIONS;46 9.7;REFERENCES;47 10;Transformation of Micro-radio-Photography System into X-Ray Standard System with Applications in Romania;48 10.1;INTRODUCTION;48 10.2;EQUIPMENT CONFIGURATION;49 10.3;THE NEW DESIGN OF TEMCO GRX-04;50 10.4;USED PRESCRIPTIONS;51 10.5;CONCLUSIONS;51 10.6;REFERENCES;51 11;Digital Simulation for Computer Control of Radiological Devices: A Preliminary Model Using Partial Differential Equations;52 11.1;INTRODUCTION;52 11.2;PROPOSED CONTROL SCHEME OF RADIOLOGICAL PROPAGATION;54 11.3;ANALOGICAL MODELING BY ( $M_{dpx}$ ) AND DIGITAL SIMULATION BY ( $M_{dpx}$ ) ASSOCIATED WITH TAYLOR SERIES;54 11.4;COMPUTER SIMULATED CASE STUDY;55 11.5;CONCLUSIONS;57 11.6;REFERENCES;57 12;Trust and Reputation in e-Health Systems;58 12.1;INTRODUCTION;58 12.2;TELEMON - GENERAL ARCHITECTURE;58 12.3;TRUST AND REPUTATION MANAGEMENT MODULE;59 12.4;CONCLUSIONS;63 12.5;REFERENCES;63 13;Home Monitoring Device for Cardiovascular Diseases;64 13.1;INTRODUCTION;64 13.2;MATERIALS AND METHODS;64 13.3;RESULTS;67 13.4;CONCLUSIONS;67 13.5;REFERENCES;67 14;EKG Monitoring on the Mobile Phone Using Bluetooth Transmission;68 14.1;INTRODUCTION;68 14.2;METHOD AND RESULTS;68 14.3;CONCLUSIONS;70 14.4;REFERENCES;71 15;Dynamic Service Composition for Plug-and-Play Medical Devices;72 15.1;INTRODUCTION;72 15.2;STATE OF THE ART;73 15.3;PROPOSED SOLUTION;74 15.4;EXPERIMENTAL RESULTS;76 15.5;CONCLUSIONS;77 15.6;REFERENCES;77 16;Database Design Patterns for Healthcare Information Systems;78 16.1;INTRODUCTION;78 16.2;SHORT DESCRIPTION OF OUR PROJECT, IN TERMS OF INFORMATION REQUIREMENTS;78 16.3;THE DATABASE DESIGN;79 16.4;CONCLUSIONS;81 16.5;REFERENCES;81 17;Multi-Agent Model for a Mobile Hospital Logistic System;82 17.1;INTRODUCTION;82 17.2;THE PROPOSED SYSTEM;83 17.3;THE MOBILE HOSPITAL LOGISTIC SYSTEM;84 17.4;CONCLUSIONS;87 17.5;REFERENCES;87 18;The Role of Information Technology in Health Education: Strengths and Weaknesses;88 18.1;INTRODUCTION;88 18.2;MATERIAL AND METHODS;89 18.3;RESULTS;89 18.4;DISCUSSION AND CONCLUSIONS;91 18.5;REFERENCES;91 19;Effectiveness of Charismatic Leadership in Romanian Hospitals;92 19.1;INTRODUCTION;92 19.2;THEORETICAL MODEL;92 19.3;METHODOLOGY;93 19.4;FINDINGS;93 19.5;DISCUSSIONS;94 19.6;CONCLUSIONS AND FUTURE RESEARCH;95 19.7;REFERENCES;95 20;Core Decisional Values in Romanian Hospitals Leadership;96 20.1;INTRODUCTION;96 20.2;THEORETICAL CONSIDERATIONS;96 20.3;METHODOLOGY;97 20.4;FINDINGS;97 20.5;DISCUSSIONS;98 20.6;CONCLUSIONS AND FUTURE RESEARCH;