Dispersion of equences fi r Generating a Robust Enciphering System
| Paper File | Download Paper File | | Appear In | ECTI Transaction CIT (ECTI Transaction CIT) | | Publication Date | 01/05/2005 - 31/05/2005 | | Volume | 1 | | Pages | 9 - 14 | | No | 1 | | Author 1 | Tomoyuki Nagase | | Author 2 | Ryusuke Koide | | Author 3 | Takashi Araki | | Author 4 | Yoshiei Hasegawa |
Abstract
This paper introduces a new paradigm for dispersion
of information into three-dimensional space to
generate a strenuous crypto system. The dispersion
of the information is carried out by quaternion rotation
matrix which is called quadripartite public-key
(QPK). We considered a private key as a unit quaternion
which has an arbitrary quadruple of real numbers.
The public key has three different components
which are constructed using quaternion rotation matrix
QRM to generate a secure key, which significantly
eliminates the risk of eavesdropping. Furthermore,
quaternion has capability to provide a meditative encryption
system for wireless images or voice transmissions.
A computer-based simulation conducted to
scrutinize the capability of QPK carefully in insuring
the highest level of security is reported. |
