reine Buchbestellungen ab 5 Euro senden wir Ihnen Portofrei zuDiesen Artikel senden wir Ihnen ohne weiteren Aufpreis als PAKET

An Architecture for Secure Mobile Payment System using PKI
(Englisch)
DE
Britto R. Kumar & Albert S. Rabara

Print on Demand - Dieser Artikel wird für Sie gedruckt!

52,45 €

inkl. MwSt. · Portofrei
Dieses Produkt wird für Sie gedruckt, Lieferzeit 7-8 Werktage
Menge:

Produktbeschreibung

Autor/Autorin: Kumar Britto R.

Dr.S.Britto Ramesh Kumar is working as an Assistant Professor of Computer Science at St.Joseph´s College (Autonomous), Tiruchirappalli, Tamil Nadu, India. He has completed his Masters Degree in Madurai Kamaraj University and obtained his PhD in Computer Science from Bharathidasan University, Tiruchirappalli.
`An Architecture for Secure Mobile Payment System Using PKI´ puts forth a standard book for Secure Mobile Payments which would be of immense value for researchers in Computer Science. With a vision of securing mobile payment transactions, the book has accomplished the task of elaborating the standard secure mobile payment protocols and essential design techniques in a friendly manner. To sum it up the book is a boon to budding researchers of Computer Science. Part 1 deals with fundamental concepts of Software Architecture, Mobile Commerce and Mobile Payments. Part 2 describes the existing architectures, models and security protocols for mobile payment system. Part 3 proposes an architecture and security framework, and discusses them in the same part. Part 4 provides standard security algorithm for proposed mobile payment system. Part 5 presents the performance of the proposed system for response time and throughput. Finally, future research directions are presented in the Part 6.
'An Architecture for Secure Mobile Payment System Using PKI' puts forth a standard book for Secure Mobile Payments which would be of immense value for researchers in Computer Science. With a vision of securing mobile payment transactions, the book has accomplished the task of elaborating the standard secure mobile payment protocols and essential design techniques in a friendly manner. To sum it up the book is a boon to budding researchers of Computer Science. Part 1 deals with fundamental concepts of Software Architecture, Mobile Commerce and Mobile Payments. Part 2 describes the existing architectures, models and security protocols for mobile payment system. Part 3 proposes an architecture and security framework, and discusses them in the same part. Part 4 provides standard security algorithm for proposed mobile payment system. Part 5 presents the performance of the proposed system for response time and throughput. Finally, future research directions are presented in the Part 6.
Kumar, Britto R.Dr.S.Britto Ramesh Kumar is working as an Assistant Professor of Computer Science at St.Joseph's College (Autonomous), Tiruchirappalli, Tamil Nadu, India. He has completed his Masters Degree in Madurai Kamaraj University and obtained his PhD in Computer Science from Bharathidasan University, Tiruchirappalli.

Über den Autor

Dr.S.Britto Ramesh Kumar is working as an Assistant Professor of Computer Science at St.Joseph¿s College (Autonomous), Tiruchirappalli, Tamil Nadu, India. He has completed his Masters Degree in Madurai Kamaraj University and obtained his PhD in Computer Science from Bharathidasan University, Tiruchirappalli.


Klappentext

¿An Architecture for Secure Mobile Payment System Using PKI¿ puts forth a standard book for Secure Mobile Payments which would be of immense value for researchers in Computer Science. With a vision of securing mobile payment transactions, the book has accomplished the task of elaborating the standard secure mobile payment protocols and essential design techniques in a friendly manner. To sum it up the book is a boon to budding researchers of Computer Science. Part 1 deals with fundamental concepts of Software Architecture, Mobile Commerce and Mobile Payments. Part 2 describes the existing architectures, models and security protocols for mobile payment system. Part 3 proposes an architecture and security framework, and discusses them in the same part. Part 4 provides standard security algorithm for proposed mobile payment system. Part 5 presents the performance of the proposed system for response time and throughput. Finally, future research directions are presented in the Part 6.



Datenschutz-Einstellungen