Data security using LFSR: An advancement towards digital technology - Nandi, Shovon;Sarkar, Madhumita
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This book presented here should be of interest to others studying secured communications over the network. Linear Feedback Shift Register (LFSR) counter is very effective when compared to other counters used in cryptographic applications especially in terms of Hardware, speed of operation and it is also less prone to Glitches.The topic - Data security using Linear Feedback Shift Register is based on hardware experiments in six broad sections. Main Highlights:: Section 1: Describes the brief history of secured communication. Section 2: Describes concept of cryptography, key, classification and…mehr

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Produktbeschreibung
This book presented here should be of interest to others studying secured communications over the network. Linear Feedback Shift Register (LFSR) counter is very effective when compared to other counters used in cryptographic applications especially in terms of Hardware, speed of operation and it is also less prone to Glitches.The topic - Data security using Linear Feedback Shift Register is based on hardware experiments in six broad sections. Main Highlights:: Section 1: Describes the brief history of secured communication. Section 2: Describes concept of cryptography, key, classification and Caesar's cipher. It also features a brief idea about security mechanism. Section 3: Describes detailed view of working principle, classification and application of Linear Feedback Shift Register. It also features the study of pseudo random number generation using LFSR. Section 4: Describes the data security and encryption technique using LFSR. Section 5: Portray the implementation of security measures using LFSR. Section 6: Describes the advantages, disadvantages and future scope of data security.
Autorenporträt
Shovon Nandi received M. Tech degree in Opto-Electronics from CU,India & currently working as an Asst. Prof. in the department of ECE at BIT, India. Madhumita Sarkar received M.Tech in Radio Physics Engg. from CU,India & currently working at BPPIMT, Kolkata. Both are interested in digital logic based modern ICT systems design & Communication Engg.