HASCII Encryption Algorithm
Hemang Tailor, Chintan Doshi Akshat Gandhi
Abstract
Hemang Tailor, Chintan Doshi Akshat Gandhi
Abstract
In this paper we propose a new encryption algorithm, which is called as HASCII Algorithm. This encryption algorithm is simple and fast. It provides security and limits the added time cost for encryption and decryption to as to not degrade the performance of a database system which at last also degrades the performance of the whole system. Encryption in database systems is an important topic for research, as secure and efficient algorithms are needed that provide the ability to query over encrypted database and allow optimized encryption and decryption of data. Clearly, there is a compromise between the degree of security provided by encryption and the efficient querying of the database, because the operations of encryption and decryption greatly degrade query performance. Results of a set of experiments validate the functionality and usability of the proposed algorithm. Keywords: Encryption, Database Security, Decryption, passwords, 2‟s Complement, ASCII
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
In this paper we propose a new encryption algorithm, which is called as HASCII Algorithm. This encryption algorithm is simple and fast. It provides security and limits the added time cost for encryption and decryption to as to not degrade the performance of a database system which at last also degrades the performance of the whole system. Encryption in database systems is an important topic for research, as secure and efficient algorithms are needed that provide the ability to query over encrypted database and allow optimized encryption and decryption of data. Clearly, there is a compromise between the degree of security provided by encryption and the efficient querying of the database, because the operations of encryption and decryption greatly degrade query performance. Results of a set of experiments validate the functionality and usability of the proposed algorithm. Keywords: Encryption, Database Security, Decryption, passwords, 2‟s Complement, ASCII
Key concepts: Computer science, Encryption, On-the-fly encryption, 40-bit encryption, Probabilistic encryption, 56-bit encryption, Multiple encryption, Database