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Error detection and control of IIoT network based on CRC algorithm

机译:基于CRC算法的IIT网络错误检测与控制

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摘要

In the process of computer network communication, there is usually the situation of measuring the instability of data transmission within a specified time, which is the problem of bit error rate (BER). In order to transmit information accurately and reliably, the communication is more secure and the signal is more stable. In general, the corresponding error control measures in the communication network will be taken. Cyclic redundancy check (CRC) algorithm is an effective method to detect network communication errors. In this paper, the application of cyclic redundancy check in computer network communication error detection and control is studied. The proposed CRC algorithm can reduce the error rate of the system by detecting and controlling the errors. In addition, we analyse the principle of CRC algorithm, check rules and the understanding of algorithm programming idea in detail. Finally, the application of CRC algorithm in computer network communication error detection and control is discussed, and the validity of CRC algorithm is verified by experiments.
机译:在计算机网络通信的过程中,通常存在测量指定时间内数据传输的不稳定性的情况,这是误码率(BER)的问题。为了准确且可靠地传输信息,通信更安全,并且信号更稳定。通常,将采取通信网络中的相应错误控制措施。循环冗余检查(CRC)算法是检测网络通信错误的有效方法。本文研究了计算机网络通信错误检测和控制中循环冗余校验的应用。所提出的CRC算法可以通过检测和控制错误来降低系统的错误率。此外,我们详细分析了CRC算法,检查规则和对算法编程想法的理解的原理。最后,讨论了CRC算法在计算机网络通信错误检测和控制中的应用,并且通过实验验证了CRC算法的有效性。

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