基于区块链及分层加密技术的数据传输控制系统设计

Design of data transmission control system based on block chain and hierarchical encryption technology

摘要:

为更改相邻结构组织间流通数据的响应调度状态，实现信息参量的无损传输，设计基于区块链及分层加密技术的数据传输控制系统。根据核心控制电路输出电子的走向行为，分级连接数据逆变器、传输斩波器、采样控制芯片、CPLD控制面板四类应用元件，建立完整的传输控制系统硬件设计方案。在此基础上，联合IMIX数据传输报文，设计满足控制需求的区块链文本，并按照单向数据函数标准，将数据信息转化成明文状态，完成控制钥节点的托管处理，实现基于区块链及分层加密技术数据传输控制系统的应用。应用检测数据表明，与共振控制系统相比，新型数据传输控制系统邻节点响应时间缩短至1.2μs、单向传输数据流量上涨至9.6×1014T，结构组织间的信息传输质量得到有效保障。

Abstract:

In order to change the response scheduling state of the flow data between adjacent structures and realize lossless transmission of information parameters, a data transmission control system based on block chain and layered encryption technology is designed. According to the trend behavior of the output electrons of the core control circuit, the data inverter, transmission chopper, sampling control chip and CPLD control panel are connected in stages to establish a complete hardware design scheme of the transmission control system. On this basis, the block chain text that meets the control requirements is designed by combining IMIX data transmission message, and the data information is converted into clear text according to the standard of one-way data function, so as to complete the management of the control key node and realize the application of the data transmission control system based on block chain and hierarchical encryption technology. The test data show that, compared with the resonance control system, the response time of adjacent nodes of the new data transmission control system is shortened to 1.2 cm s, and the one-way data flow is increased to 9.6×1014T, effectively ensuring the quality of information transmission between structures.