Title:
Providing confidentiality, mobility, and anonymity in healthcare applications /
by Majd Omar Hasan ; Supervised by Prof Dr.Khair Eddin Sabri. توفير السرية والتنقل وعدم الكشـف عن هويـتـه
في تطبيــقــات الرعاية الصــحيــة
توفير السرية والتنقل وعدم الكشـف عن هويـتـه
في تطبيــقــات الرعاية الصــحيــة
توفير السرية والتنقل وعدم الكشـف عن هويـتـه
في تطبيــقــات الرعاية الصــحيــة
Author:
Hasan, Majd Omar, author.
Sabri, khair Eddin, supervisor.
The University of Jordan. King Abdullah II School of Information Technology. Department of Computer Science .
General Notes:
Thesis (M.Sc. in Computer Science)--The University of Jordan (Amman, Jordan), School of King Abdullah II School of Information Technology
, Department of Computer Science
, 2019.
Includes bibliographical references and index.
The rapid developments in telecommunications and information technologies resulted in the emergence of internet of the things IoT technology. IoT has eliminated the distance barriers while providing smart services to users, that range from smart airline services, smart farming services, smart home services, smart routing service, and healthcare services.
Healthcare services provide mobile and continuous health monitoring for patients, elderly people, and disabled people. Healthcare applications are considered promising applications since patients can be monitored continuously anywhere at any time.
However, healthcare systems have become targets for security threats. The privacy and sensitivity of health data of the patients must be protected against attackers and malicious users.
In this thesis, security threats of healthcare are studied and addressed, as well as security mechanisms to protect healthcare applications. A new healthcare system architecture is provided that supports user mobility. Also an anonymous authentication scheme is proposed, it is based on ECC and provides full anonymity and mutual authentication for both patient and doctor. Last but not least, a secure framework for securing healthcare data and communications is proposed. This framework is based on using RC5 and ECC cryptographic algorithms to provide data confidentiality, and it also depends on using the aforementioned anonymous authentication scheme.
We did informal analysis to the protocols based on the assumptions and the properties of the used cryptographic primitives. The security analysis of the proposed framework showed that the proposed framework provides data confidentiality, data integrity, and mutual anonymous authentication, it is also resistant to replay attacks, man in the middle attacks, and impersonation attacks. For future work, we intend to perform formal analysis on our protocol, also we intend to study searchable encryption and use it in our framework
أدت التطورات السريعة في االتصاالت وتكنولوجيا المعلومات إلى ظهور إنترنت األشياء. لقد أزال إنترنت ألاشياء الحواجز عن بعد عن طريق توفير الخدمات الذكية للمستخدمين ، والتي تشمل خدمات الطيران الذكية ، وخدمات
الزراعة الذكية ، وخدمات المنازل الذكية ، وخدمات التوجيه الذكية ، وخدمات الرعاية الصحية.
توفر خدمات الرعاية الصحية مراقبة صحية متنقلة ومستمرة للمرضى وكبار السن وذوي االحتياجات الخاصة. تعتبر تطبيقات الرعاية الصحية تطبيقات واعدة حيث يمكن مراقبة المرضى بشكل مستمر في أي مكان وفي أي وقت. ومع ذلك ، أصبحت أنظمة الرعاية الصحية أهدا ًفا للتهديدات األمنية. يجب حماية خصوصية وحساسية البيانات الصحية
للمرضى ضد المهاجمين.
في هذه الرسالة ، تم دراسة التهديدات األمنية لتطبيقات الرعاية الصحية ومعالجتها . وتم اقتراح اطار عمل لتطبيقات
الرعاية الصحية والذي يدعم تنقل المستخدم. كما
يوفر طريقة إلخفاء هوية المستخدمين والتوثيق المتبادل لكل من المريض والطبيب. كما تم RC5 and ECC
استخدام خوارزميات لتشفير البيانات في النظام المقترح
The electronic version is available in theses database \\ University of Jordan.
Includes abstracts in Arabic and English.
Subject:
Artificial intelligence.
Data protection.
Computer organization.
Information technology
Medical informatics.
Health care.
Health services.
Data security.
Dissertation Note:
Thesis (M.Sc. in Computer Science)--The University of Jordan (Amman, Jordan), School of King Abdullah II School of Information Technology
, Department of Computer Science
, 2019.
Physical Description:
1 CD-ROM : PDF.
Publication Date:
2019.
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