Description: RSA Encryption and Decryption using Matlab
by Thunyawat Rajatasereekul and Voranon Kiettrsalpipop
ECE575, Winter 2002, Oregon State University
Prof, Cetin Keya Koc
The program set contains thirteen files listed below.
errormeg.fig
errormsg.m
helpmsg.fig
helpmsg.m
inputmsg.fig
inputmsg.m
mesgcut.m
pro2.fig
pro2.m
rsacore.m
readme.txt
screenshot.gif
In order to run the program please call pro2.m under Matlab 6.0 Environment.
System Requirement
Matlab version 6.0 and if necessary, Maple version 6.0 on any platform
PentiumII 300 MHz or equivalent. Platform: |
Size: 16324 |
Author:张汉江 |
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Description: RSA Encryption and Decryption using Matlab
by Thunyawat Rajatasereekul and Voranon Kiettrsalpipop
ECE575, Winter 2002, Oregon State University
Prof, Cetin Keya Koc
The program set contains thirteen files listed below.
errormeg.fig
errormsg.m
helpmsg.fig
helpmsg.m
inputmsg.fig
inputmsg.m
mesgcut.m
pro2.fig
pro2.m
rsacore.m
readme.txt
screenshot.gif
In order to run the program please call pro2.m under Matlab 6.0 Environment.
System Requirement
Matlab version 6.0 and if necessary, Maple version 6.0 on any platform
PentiumII 300 MHz or equivalent.-RSA Encryption and Decryption using Matlabby Thunyawat Rajatasereekul and Voranon KiettrsalpipopECE575, Winter 2002, Oregon State UniversityProf, Cetin Keya KocThe program set contains thirteen files listed below.errormeg.figerrormsg.mhelpmsg.fighelpmsg.minputmsg.figinputmsg.mmesgcut.mpro2.figpro2.mrsacore. mreadme.txtscreenshot.gifIn order to run the program please call pro2.m under Matlab 6.0 Environment.System RequirementMatlab version 6.0 and if necessary, Maple version 6.0 on any platformPentiumII 300 MHz or equivalent. Platform: |
Size: 16384 |
Author:张汉江 |
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Description: 能够用matlab实现RSA算法中加密解密的功能,产生的密钥为1024位,计算速度快。-Matlab able to achieve the RSA algorithm for encryption and decryption functions, have a key for 1024, the calculation speed. Platform: |
Size: 12288 |
Author:鲍茂然 |
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Description: 基于AES和RSA加密算法的RFID安全机制
考虑到对国内应用最广泛的Mifarel系列标签的安全手t一级,
在建立以 MFRC500为读卡核心的RFID读卡系统的基础上,提出了一种基于非
对称加密与对称加密算法相结合的RFID安全机制。利用一1卜对称力11密算法对对称
加密算法的密钥的二次加密,做到只有特定的读写器才能拥有读写卡的权利。该
安全机制跳过RFID在开放环境中传输所面临的各种威胁,通过利少月安全性和稳
定性久经考验的公开安全加密算法对存入智能卡信息的重加密,解决了RFID所
面临的安全和隐私泄露问题
-Taking into account the most widely used domestic Mifarel series of labels t a safe hand,
In the establishment of MFRC500 as the reader, RFID reader system, the core was proposed based on a based on non-
Symmetric encryption and symmetric encryption algorithm is a combination of RFID security mechanism. The use of a one-Bu symmetry edge 11 close to the symmetric algorithm
The key encryption algorithm for re-keying, so that only certain card reader in order to have the right to read and write. The
Skip RFID security mechanisms to transfer in an open environment faced by a variety of threats, through the pros on the security and stability
Qualitative time-tested public security encryption algorithm into the smart card information, re-encryption, solved by RFID
Faced with the problem of security and privacy leaks Platform: |
Size: 5257216 |
Author:wupiao |
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Description: 本程序所设计的RSA加密解密程序能够有效地生成一对RSA体制中的公钥和密钥,并可实现输入的文本与加密成的密文之间的转换,即完成对所给信息的加密和解密工作.-This program is designed to RSA encryption and decryption process can effectively generate a pair of RSA public key and private key system, the input text can be encrypted into the ciphertext with the transition between the given information to complete the encryption and decryption work. Platform: |
Size: 137216 |
Author:zhangwei |
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