Strain Sensor and Accelerometer Communication Channels in Drill Pipes of Oil Wells: Delay Spreads and Eigenvalues

A. Alenezi, A. Abdi
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引用次数: 1

Abstract

Many symmetric encryption algorithms have been proposed since long time back. They are used to protect the data either during transmission, storage or both. All symmetric algorithms are using a single key used for encryption and decryption same data. In this paper, we have designed a new approach of symmetric algorithm "UR8". It is fiestel network and able to encrypt and decrypt 128 bits block cipher. Further, UR8 algorithm uses 64 bits key size and 8 rounds to encrypt and decrypt the data. Thereafter, we have evaluated UR8 algorithm based on the time required for encryption and decryption, throughput, memory utilization and average data rate. As well, the evaluation result has been compared to DES algorithm.
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油井钻杆中的应变传感器和加速度计通信通道:延迟传播和特征值
长期以来,人们提出了许多对称加密算法。它们用于在传输、存储或两者同时进行时保护数据。所有对称算法都使用用于加密和解密相同数据的单个密钥。本文设计了一种新的对称算法“UR8”。它是fistel网络,能够加密和解密128位分组密码。此外,UR8算法使用64位密钥大小和8轮对数据进行加密和解密。此后,我们根据加密和解密所需的时间、吞吐量、内存利用率和平均数据速率对UR8算法进行了评估。并将评价结果与DES算法进行了比较。
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