| Titre : | Trust in Healthcare Domain |
| Auteurs : | Sirine Tabal, Auteur ; HAMIDA Ammar, Directeur de thèse |
| Type de document : | Monographie imprimée |
| Editeur : | Biskra [Algérie] : Faculté des Sciences Exactes et des Sciences de la Nature et de la Vie, Université Mohamed Khider, 2022 |
| Format : | 1 vol. (57p.) / couv. ill. en coul / 30 cm |
| Langues: | Anglais |
| Sommaire : |
Table of contents General Introduction.....1 1. Chapter one : Trust in mobile platform ..3 1.1 Introduction ..4 1.2 Mobile platform....4 1.3 Mobile architecture.5 1.3.1 Architecture of a native mobile application .....6 1.3.2 Architecture of a hybrid mobile application...7 1.3.3 Architecture of a mobile web application...8 1.4 Fields of mobile application .9 1.4.1 Augmented and virtual reality applications..9 1.4.2 Artificial intelligence...10 1.4.3 Cloud-based mobile applications..10 1.4.4 Location-based services...10 1.4.5 Application security...10 1.4.6 Internet of things....10 1.4.7 Wearable technology 11 1.4.8 Enterprise mobile applications 11 1.5 Trust, Trust modeling, and Trust issues .11 1.5.1 Trust..11 1.5.2 Trust modeling...12 1.5.3 Trust issues and solution..13 1.6 Conclusion.13 2. Chapter Tow : Trust and Healthcare.....15 2.1 Introduction ..16 2.2 Healthcare......16 2.2.1 How to improve healthcare....17 2.3 Trust management .19 2.3.1 Definition..19 2.3.2 Trust proprieties...20 2.3.3 Trust management computation 21 2.4 Trust in healthcare system23 2.5 Attacks on trust healthcare .23 2.6 Requirements for the TRSS in the healthcare domain 24 2.7 Binomial Distribution-based Trust Management Scheme for Healthcare-oriented Wireless Sensor Network...27 2.8 Conclusion....30 3. Chapter Three : Conception...31 3.1 Introduction ....32 3.2 Description of global conception 32 3.3 Detail’s description..33 3.3.1 Honest sensor nodes ...33 3.3.2 Malicious sensor nodes..34 3.3.3 Sink node ..35 3.4 Detailed conception...35 3.4.1 Sensor node deployments .35 3.4.2 Trust management .38 3.4.3 Trust initializing...39 3.4.4 Reputation updating.40 3.4.5 Aging ..40 3.4.6 Cluster head selection...41 3.4.7 Indirect information ...41 3.4.8 Indirect information .42 3.5 Conclusion.43 4. Chapter Four : Implementation.44 4.1 Introduction: ..45 4.2 OMNET++: .........45 4.3 Frameworks ..46 4.3.1 INET framework..46 4.3.2 NETA framework ........46 4.4 Hardware used....47 4.5 Use of OMNeT++ 48 4.5.1 NED editor....48 4.6 Implementation steps..51 4.7 Simulation.52 4.8 Results .53 4.9 Conclusion.55 General conclusion 56 Bibliography 57 |
Disponibilité (1)
| Cote | Support | Localisation | Statut |
|---|---|---|---|
| MINF/775 | Mémoire master | bibliothèque sciences exactes | Consultable |
