puthiyathorulagam seivom

Topics: Implementation, Cryptography, Cellular automaton Pages: 5 (1054 words) Published: October 30, 2014
search the title for new innovative ideas to change the world. i need to study lot of books for that.so pls provide free access for all pdf document in this premium access.. so as soon as possible pls sign my account. 1. Algorithmic structure for the stream cipher has been designed. 2. Von Neumann Functionality has implemented with the designed cipher. 3. Functionality analysis like hamming distance, hamming weight, balanced properties are done 4.Functionality tests lik hamming weight calculation and linearity property has verified for the designed algorithm. 5.Randomness tests like frequency monobit tests and Run tests has successfully performed and the got the better output too. 1.Algorithm tests and analysis has completed.

2.Started to implement the designed algorithm in VHDL using quartus tool. 3.Simulation done with MODEL Sim software owned by altera
1.By Using verilog code the designed algorithm is implementing in FPGA Hardware kit.

The designed algorithm has satisfied and gives above average randomness. Implementation of Von Neumann Functionality in the stream cipher. Implementation of the functionality is difficult in simulation process for 128bits.

Project Progress Report Phase - II
Submitted for the Project Review – II
Sl.NoParticularsDetails
1Name of the Student
N.VIGNESHWARAN
2Title of the Project2D BASED CELLULAR AUTOMATA DESIGN OF PRIVATE KEY ENCRPTION ALGORITHM

3Work reported during the previous Review 1. Algorithmic structure for the stream cipher has been designed. 2. Von Neumann Functionality has implemented with the designed cipher. 3. Functionality analysis like hamming distance, hamming weight, balanced properties are done 4.Functionality tests lik hamming weight calculation and linearity property has verified for the designed algorithm. 5.Randomness tests like frequency monobit tests and Run tests has successfully performed and the got the better output too. 4Work done since previous Review1.Algorithm tests and analysis has completed. 2.Started to implement the designed algorithm in VHDL using quartus tool. 3.Simulation done with MODEL Sim software owned by altera

5Work planned before the next review1.By Using verilog code the designed algorithm is implementing in FPGA Hardware kit.

6Particular noteworthy development in your projectThe designed algorithm has satisfied and gives above average randomness. 7Any difficulties facedImplementation of Von Neumann Functionality in the stream cipher. Implementation of the functionality is difficult in simulation process for 128bits.

8Supervisor’s Feed back
and Signature

9Signature of the Student

Project Progress Report Phase - II
Submitted for the Project Review – II
Sl.NoParticularsDetails
1Name of the Student
N.VIGNESHWARAN
2Title of the Project2D BASED CELLULAR AUTOMATA DESIGN OF PRIVATE KEY ENCRPTION ALGORITHM

3Work reported during the previous Review 1. Algorithmic structure for the stream cipher has been designed. 2. Von Neumann Functionality has implemented with the designed cipher. 3. Functionality analysis like hamming distance, hamming weight, balanced properties are done 4.Functionality tests lik hamming weight calculation and linearity property has verified for the designed algorithm. 5.Randomness tests like frequency monobit tests and Run tests has successfully performed and the got the better output too. 4Work done since previous Review1.Algorithm tests and analysis has completed. 2.Started to implement the designed algorithm in VHDL using quartus tool. 3.Simulation done with MODEL Sim software owned by altera

5Work planned before the next review1.By Using verilog code the designed algorithm is implementing in FPGA Hardware kit.

6Particular noteworthy development in your projectThe designed algorithm has satisfied and gives above average randomness. 7Any difficulties faced...
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