Design And Implementation of Reconfigurable Rijndael Encryption Algorithms For Reconfigurable Mobile Terminals

L.Thulasimani; M.Madheswaran

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Design And Implementation of Reconfigurable Rijndael Encryption Algorithms For Reconfigurable Mobile Terminals

机译：可重构移动终端可重构Rijndael加密算法的设计与实现

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In any wireless communication security is crucial during data transmission. The encryption and decryption of data is the major role in the wireless communication for security of the data. Encryption algorithms are used to ensure the security in the transmission channels. Similarly the area and the power consumption is another major thing to be viewed since most of the mobile terminals are battery operated. So a mobile terminal which has an encryption unit with less area and power consumption is appreciated. This paper deals with the Advanced Encryption Standard (AES) which works on a 128 bit data encrypting it with 128,192,256 bits of keys (ciphers) in a single hardware unit.

机译：在任何无线通信中，数据传输期间的安全性都是至关重要的。数据的加密和解密是无线通信中确保数据安全性的主要角色。加密算法用于确保传输通道的安全性。类似地，由于大多数移动终端是电池供电的，因此面积和功耗也是要注意的另一主要问题。因此，赞赏具有具有较小面积和功耗的加密单元的移动终端。本文涉及高级加密标准（AES），该标准适用于128位数据，并在单个硬件单元中使用128,192,256位密钥（密码）对其进行加密。

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《International Journal on Computer Science and Engineering》 |2010年第4期|共9页
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L.Thulasimani; M.Madheswaran;
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中图分类自动化技术、计算机技术;
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Design And Implementation of Reconfigurable Rijndael Encryption Algorithms For Reconfigurable Mobile Terminals

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