Design and implementation of transmission of 128- bit digital data generated from a data generation unit from one base station to another base station with its reception at the receiver end using “Hamming (224,128) Code technique” written in VHDL code
Journal Title: International Journal for Research in Applied Science and Engineering Technology (IJRASET) - Year 2016, Vol 4, Issue 7
Abstract
The proposed paper mainly deals with the generation of the 128-bit digital data using a data generation unit with it transmission and reception over space. The data generation unit consists of control unit, data path unit, memory unit and backup unit. The desired 128-bit data is encrypted before transmission using Hamming (224,128) code technique to produce 224-bit encrypted data. The encrypted data is received at the receiver end and passed through the error detection unit and the error is corrected if it is present in the data. Then, the corrected 224-bit encrypted data is decrypted using reverse Hamming (128,224) code technique. The main advantage of using Hamming code technique is that it provides both error detection and correction in the encrypted data. The proposed work can best be implemented in providing high security to the digital data. This can be used in the banking sector, military sector, telecommunication sector. The proposed work is done by using VHDL language. The code is tested and simulated using Xilinx ISE9.2i software.
Authors and Affiliations
Paresh Kumar Pasayat, Sonam Barik
Keywords
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