[Retracted] Accounting Data Encryption Processing Based on Data Encryption Standard Algorithm

Abstract

With the application of computer and network technology in the field of accounting, the development of accounting informationization is an inevitable trend, and the construction of accounting statement data into the data warehouse will be the basis of intelligent decision-making. The complexity of industry accounting statements and the arbitrariness and diversity of users’ needs for obtaining information using statements limit the development, popularization, and application of industry accounting statements. As a block encryption algorithm, the Data Encryption Standard (DES) algorithm uses 64-bit packet data for encryption and decryption. Each eighth bit of the key is used as a parity bit; that is, the actual key length is 56 bits. Encryption and decryption use the same algorithm structure, but the order in which the subkeys are used is reversed. Under the control of the subkey, inputting 64-bit plaintext can produce 64-bit ciphertext output; otherwise, inputting 64-bit ciphertext can produce 64-bit plaintext output. The confidentiality of the DES algorithm depends on the key, and only a very small number of keys are considered weak keys, which can be easily avoided in practical applications. The 3DES algorithm is a cascade of the DES algorithm, and its encryption process is based on the DES algorithm principle. This article explains the encryption process of the DES algorithm and introduces the composition of the 3DES algorithm. The experimental results show that the 3DES encryption algorithm still has a better encryption effect and “avalanche effect” than before the improvement. In addition, for the 3DES algorithm, its encryption efficiency has not been greatly affected. The 3DES encryption algorithm achieves one encryption process at a time to some extent, can effectively resist exhaustive search attacks, and enhance the security of the DES algorithm.

Lightweight Linguistic Algorithm with Key Exchange Method To Protect User Information In Mobile Ad Hoc Networks (MANET)

“…All the experimental result is shown and gured linearly between 3DES, DES in [12], and DH-KELA. The avalanche effect is presented a better performance in maximum conditions.…”

“…The comparative analysis calculated in different patterns of the proposed algorithm DH-KELA and compared with information-hiding techniques 3DES, DES [12], and modi ed AES [13]. Let the original text is "abcdefgh" with decimal value {97, 98, 99, 100, 101, 102, 103, 104} and the total numbers of bits 64 in given text.…”

“…The result is shown the encryption effect of information hiding techniques 3DES, DES in [12] and the proposed algorithm. The analysis is describing that 3DES has a low encryption effect.…”

“…In [12] avalanche effect is described as changes of one bit of original text with the same key and the original text is "abcdefgh" with decimal value {97, 98, 99, 100, 101, 102, 103, 104} and the keys are {112, 148, 178, 153, 231, 179, 131} and the total numbers of bits 64 in a given text. All the average result is above half and gives a betters result.…”

Performance Verification of Bayesian Network–Based Security Risk Management and Control System for Power Trading Institutions

“…Specifically, the migration controller is used to encrypt the data. The primary function of the migration controller is to decide which data to encrypt and directly selects the data with encryption requirements (Chen, 2021). The data selection process of the traditional target server is more complex, and the migration controller has the advantage of a light workload.…”