Efficient Security for Mobile Communication Utilizing Elliptic Curves by Manuel Koschuch: New Paperback (2008)

About this Item

Seller Inventory # 6666-IUK-9783639034448

Bibliographic Details

Title: Efficient Security for Mobile Communication Utilizing Elliptic Curves
Publisher: VDM Verlag Dr. Mueller e.K. 2008-05-29
Publication Date: 2008
Language: English
ISBN 10: 3639034449
ISBN 13: 9783639034448
Binding: Paperback
Condition: New

About this title

Synopsis

In recent years, more and more security-sensitive activities like shopping or banking transactions are carried out over the Internet, an inherently insecure medium. In addition, many of these activities are performed using small, mobile devices, severely limited in terms of available energy, memory, and computational power. This work describes the development of a generic cryptographic library in ANSI C that allows to use the memory saving elliptic curve cryptography (ECC) over arbitrary prime and binary extension fields in the secure sockets layer protocol (SSL) to facilitate encrypted communication over the Internet. In addition, the impact of instruction set extensions on the performance of cryptographic operations is investigated. The developed library needs only five percent of the memory OpenSSL requires, with a comparable performance in prime fields, and a performance gain between factors two and eight when using instruction set extensions over the OpenSSL implementation.

Synopsis

In recent years, more and more security-sensitive activities like shopping or banking transactions are carried out over the Internet, an inherently insecure medium. In addition, many of these activities are performed using small, mobile devices, severely limited in terms of available energy, memory, and computational power. This work describes the development of a generic cryptographic library in ANSI C that allows to use the memory saving elliptic curve cryptography (ECC) over arbitrary prime and binary extension fields in the secure sockets layer protocol (SSL) to facilitate encrypted communication over the Internet. In addition, the impact of instruction set extensions on the performance of cryptographic operations is investigated. The developed library needs only five percent of the memory OpenSSL requires, with a comparable performance in prime fields, and a performance gain between factors two and eight when using instruction set extensions over the OpenSSL implementation.

"About this title" may belong to another edition of this title.