Implementation of Scalable Encryption Algorithm - Bujunuru, Anitha
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All the cryptographic algorithms intercept strive of thefts and invasions. The current technology demands that these algorithms are executed systematically on a huge variety of platforms with minimum resources being utilized and of less cost. Most of the current available symmetric encryption algorithms effects from a tradeoff between execution price and resulting performances. Also, these algorithms aim to implement efficiently on a variety of platforms like variable input size and variable processor size. Scalable encryption algorithm (SEA) is an encryption algorithm which is proposed to be…mehr

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Produktbeschreibung
All the cryptographic algorithms intercept strive of thefts and invasions. The current technology demands that these algorithms are executed systematically on a huge variety of platforms with minimum resources being utilized and of less cost. Most of the current available symmetric encryption algorithms effects from a tradeoff between execution price and resulting performances. Also, these algorithms aim to implement efficiently on a variety of platforms like variable input size and variable processor size. Scalable encryption algorithm (SEA) is an encryption algorithm which is proposed to be intended for processors with a restricted instruction set for providing scalability in input size and processor size. SEA is scalable in the text, key and processor size. It permits securing a small encryption routine intended to any particular processor. The security of the cipher can be modified in purpose of its key size.
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Autorenporträt
Anitha Bujunuru, Forschungsstipendiatin der Kakatiya University, verfügt über 14 Jahre Lehrerfahrung. Zurzeit arbeitet sie am Guru Nanak Institutions Technical Campus, Hyderabad, als Assoc. Sie veröffentlichte ein Lehrbuch und Beiträge auf internationalen Konferenzen und in Fachzeitschriften in ihrem Interessengebiet Drahtlose Kommunikation und Signalverarbeitung.