文件名称:Yush.java.tar
- 所属分类：
- CA认证
- 资源属性：
- [Linux] [C/C++] [源码]
- 上传时间：
- 2016-04-08
- 文件大小：
- 1kb
- 下载次数：
- 0次
- 提 供 者：
- Aman V******
- 相关连接：
- 无
- 下载说明：
- 别用迅雷下载，失败请重下，重下不扣分！
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This a new algorithm in which we encrypt on the basis of position of the character.
Algorithm 1 for key generation and Algorithm 2 is for encryption
Algorithm A1
Step1: Let the key be ‘k’.
Step2: Multiply the index number +1 with its ASCII code of the character at that index-65.
Step3: Sum all the values and mod 26.
Step4: Return the key.
Algorithm A2
Step1: Take the string which you want to encrypt.
Step2: Find the number of spaces.
Step3: We add 65 to number of space.
Step4: Take a string s.
Step5: Add character representing number of spaces to that string.
Step6: Calculate the word length of all the words present in the string and 65 to it.
Step7: Now append the character that represents the word length.
Step8: Subtract the number 1 and Add the number 1 with the ASCII value of the characters at alternate position.
Step9: Add the key to each character in the string.
Step10: Subtract 65 and the value so obtained modulo 26.
Step11: Cipher text obtained.-This is a new algorithm in which we encrypt on the basis of position of the character.
Algorithm 1 for key generation and Algorithm 2 is for encryption
Algorithm A1
Step1: Let the key be ‘k’.
Step2: Multiply the index number +1 with its ASCII code of the character at that index-65.
Step3: Sum all the values and mod 26.
Step4: Return the key.
Algorithm A2
Step1: Take the string which you want to encrypt.
Step2: Find the number of spaces.
Step3: We add 65 to number of space.
Step4: Take a string s.
Step5: Add character representing number of spaces to that string.
Step6: Calculate the word length of all the words present in the string and 65 to it.
Step7: Now append the character that represents the word length.
Step8: Subtract the number 1 and Add the number 1 with the ASCII value of the characters at alternate position.
Step9: Add the key to each character in the string.
Step10: Subtract 65 and the value so obtained modulo 26.
Step11: Cipher text obtained.
Algorithm 1 for key generation and Algorithm 2 is for encryption
Algorithm A1
Step1: Let the key be ‘k’.
Step2: Multiply the index number +1 with its ASCII code of the character at that index-65.
Step3: Sum all the values and mod 26.
Step4: Return the key.
Algorithm A2
Step1: Take the string which you want to encrypt.
Step2: Find the number of spaces.
Step3: We add 65 to number of space.
Step4: Take a string s.
Step5: Add character representing number of spaces to that string.
Step6: Calculate the word length of all the words present in the string and 65 to it.
Step7: Now append the character that represents the word length.
Step8: Subtract the number 1 and Add the number 1 with the ASCII value of the characters at alternate position.
Step9: Add the key to each character in the string.
Step10: Subtract 65 and the value so obtained modulo 26.
Step11: Cipher text obtained.-This is a new algorithm in which we encrypt on the basis of position of the character.
Algorithm 1 for key generation and Algorithm 2 is for encryption
Algorithm A1
Step1: Let the key be ‘k’.
Step2: Multiply the index number +1 with its ASCII code of the character at that index-65.
Step3: Sum all the values and mod 26.
Step4: Return the key.
Algorithm A2
Step1: Take the string which you want to encrypt.
Step2: Find the number of spaces.
Step3: We add 65 to number of space.
Step4: Take a string s.
Step5: Add character representing number of spaces to that string.
Step6: Calculate the word length of all the words present in the string and 65 to it.
Step7: Now append the character that represents the word length.
Step8: Subtract the number 1 and Add the number 1 with the ASCII value of the characters at alternate position.
Step9: Add the key to each character in the string.
Step10: Subtract 65 and the value so obtained modulo 26.
Step11: Cipher text obtained.
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