Iran University of Science and Technology
School of Electrical Engineering
| 269 | Msc Thesis Oral Defense Notice |
Design and Simulation of a Systolic Arithmetic Unit for an Elliptic Curve Cryptographic Processor |
Abstract With increasing amount of sensitive transferred information through the Internet, network security and cryptography has become vital. Elliptic curve crypto systems which are based on finite field arithmetic due to less computation, less chip area, less required memory and high security have been used in smart cards, mobile phones, etc. Besides the high security encryption methods, high-speed encryption and decryption are also evaluation factors for an encryption system. The most important part of in crypto processors is used finite field arithmetic unit. In this thesis, an arithmetic unit for use in fast and efficient elliptic curve crypto-processor has been designed in which units have been designed to be systolic. |
Student: Bahamin Sabouti Supervisor: Dr. Hadi Shahriar Shah Hosseini Referees: Dr. Mahmoud Salmasi Zadeh; Dr. Majid Naderi; Dr. Ali Sadr |
Date: Monday 13-Sep-2010 Time: 9 AM Location: Seminar Room; Electronic Research Center |
