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Using Precision Time Synchronization Protocol for Time-Varying Encryption System

机译:使用精密时间同步协议进行时变加密系统

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A crypto mechanism namely time-varying encryption system, is proposed in paper. In the Ethernet network, the sub-micro second range time synchronization among slave clocks and the master clocks can be reached if they follow the Precision Time Synchronization Protocol (PTP), which is described in the IEEE 1588 standard. The time tags as well as some internal parameters for time synchronization are used for generating the encrypted cipher text at the transmission port. The same set of time tags and internal parameters are used for recovering the information at the receiving port. Since the time tags and parameters are updated every 2 seconds, the hacker code-breaking with brute-force approach will fail.
机译:在纸上提出了一种加密机制即时变的加密系统。在以太网中,如果遵循IEEE 1588标准中描述的精度时间同步协议(PTP),则可以达到从时钟和主时钟之间的子微秒第二范围时间同步。时间标签以及时间同步的某些内部参数用于在传输端口处生成加密的密码文本。相同的时间标签和内部参数用于恢复接收端口处的信息。由于时间标签和参数每2秒更新一次,因此具有Brute-Force方法的黑客代码将失败。

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