Electrical Engineering Department
PhD Thesis Defense Session | | |
Analysis, Simulation and Realization of Single Aperture Monopulse Antenna with Circular Polarization |
Abstract:
Quantum Cellular Automata (QCA) is an emerging technology which utilizes quantum dots in digital computations. Utilizing the QCA technology for implementing logic circuits is one of the approaches which in addition to decreasing the size of logic circuits and increasing the clock frequency of these circuits, reduces the power consumption of these circuits.
Power consumption, Area, Latency, Throughput, Clock frequency and Resistance against attacks are main parameters which are used to evaluate the hardware implementation of a cryptographic algorithm. Using the quantum cellular automata will enhance the mentioned parameters.
Hardware design and implementation of A5/1 and Trivium from the stream ciphers and Serpent and Rijndael from the block ciphers and simulation of these implementations are discussed by three methods. These methods involve "implementation using VHDL and simulation by ModelSim", "modular implementation in QCA and simulation by QCADesigner" and "modeling QCA circuits by VHDL and simulation by ModelSim".
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Student : Mohammad Amin Amiri Supervisor : Dr. Mirzakuchaki Avisor: Dr. Rashed Mohassel
Assessment committee: Dr. Ebrahimi Atani, Prof. Raeesi, Dr. Ayatollahi,Prof. Mohammad Nejad, Prof. Mohammadi |
: Date of Defense: Monday 90/7/4 , 13 pm
Electrical Engineering Department, Class No. 303 |
 is an emerging technology which utilizes quantum dots in digital computations. Utilizing the QCA technology for implementing logic circuits is one of the approaches which in addition to decreasing the size of logic circuits and increasing the clock frequency of these circuits, reduces the power consumption of these circuits.Power consumption, Area, Latency, Throughput, Clock frequency and Resistance against attacks are main parameters which are used to evaluate the hardware implementation of a cryptographic algorithm. Using the quantum cellular automata will enhance the mentioned parameters.Hardware design and implementation of A5/1 and Trivium from the stream ciphers and Serpent and Rijndael from the block ciphers and simulation of these implementations are discussed by three methods. These methods involve "implementation using VHDL and simulation by ModelSim", "modular implementation in QCA and simulation by QCADesigner" and "modeling QCA circuits by VHDL and simulation by ModelSim".Student : Mohammad Amin AmiriSupervisor : Dr. MirzakuchakiAvisor: Dr. Rashed MohasselAssessment committee: Dr. Ebrahimi Atani, Prof. Raeesi, Dr. Ayatollahi,Prof. Mohammad Nejad, Prof. Mohammadi: Date of Defense: Monday 90/7/4 , 13 pmElectrical Engineering Department, Class No. 303){kind=link}
 is an emerging technology which utilizes quantum dots in digital computations. Utilizing the QCA technology for implementing logic circuits is one of the approaches which in addition to decreasing the size of logic circuits and increasing the clock frequency of these circuits, reduces the power consumption of these circuits.Power consumption, Area, Latency, Throughput, Clock frequency and Resistance against attacks are main parameters which are used to evaluate the hardware implementation of a cryptographic algorithm. Using the quantum cellular automata will enhance the mentioned parameters.Hardware design and implementation of A5/1 and Trivium from the stream ciphers and Serpent and Rijndael from the block ciphers and simulation of these implementations are discussed by three methods. These methods involve "implementation using VHDL and simulation by ModelSim", "modular implementation in QCA and simulation by QCADesigner" and "modeling QCA circuits by VHDL and simulation by ModelSim".Student : Mohammad Amin AmiriSupervisor : Dr. MirzakuchakiAvisor: Dr. Rashed MohasselAssessment committee: Dr. Ebrahimi Atani, Prof. Raeesi, Dr. Ayatollahi,Prof. Mohammad Nejad, Prof. Mohammadi: Date of Defense: Monday 90/7/4 , 13 pmElectrical Engineering Department, Class No. 303&source=https://www.iust.ac.ir/files/site1/yekta_program/contents_images/21518.jpg){kind=link}