基于区块链的智能机器人多传感信息加密控制研究

Research on Multi-sensor Information Encryption Control of Intelligent Robot Based on Blockchain

摘要:

由于现有智能机器人多传感信息加密控制方法网络能耗较高，导致安全时间较短。为了解决上述问题，基于区块链技术，研究了一种新的智能机器人多传感信息加密控制方法。通过信息位置源备份设置陷阱、信息路径伪装、网络匿名和信息通信控制实现位置传感信息加密，应用封装处理和二次验证加密数据传感信息。设置定位传感器结构控制位置传感信息，利用区块链技术获得加密有效区域，针对智能机器人的眼睛、腕关节、胸部和手部进行控制。实验结果表明，基于区块链的智能机器人多传感信息加密控制方法能够有效降低网络能耗，安全时间更长。

Abstract:

Due to the high network energy consumption of the existing intelligent robot multi-sensor information encryption control method, the safety time is short. In order to solve the above-mentioned problems, based on the blockchain technology, a new intelligent robot multi-sensor information encryption control method is studied. Through information location source backup setting traps, information path camouflage, network anonymity and information communication control to achieve location sensing information encryption, application encapsulation processing and secondary verification to encrypt data sensing information. Set up the positioning sensor structure to control the position sensing information, use the blockchain technology to obtain the encrypted effective area, and control the eyes, wrist joints, chest and hands of the intelligent robot. The experimental results show that the multi-sensor information encryption control method for intelligent robots based on blockchain can effectively reduce network energy consumption and provide longer security time.