Eclipse攻击下计算机区块链的安全检测研究

Research on Security Detection of Computer Blockchain under Eclipse Attack

为提升eclipse攻击下的计算机安全检测性能,提出一种eclipse攻击下计算机区块链的安全检测方法。分析eclipse攻击的检测体系架构、运行方式、攻击相应和自定义攻击特征,从而得到攻击被检测到之后的状态;凭借此构建区块链的安全检测模型,使用模型内的直接语句分析与携带码保证书直接检测区块链安全状态,通过拟定抑制器与检测器的字符串,得到大致的区块链估算模型;重新拟定模型的要素,同时在模型内添加潜质挖掘算法,从而优化计算机的区块链安全检测模型。仿真结果证明,所提方法在eclipse攻击下计算机区块链的安全检测速度较快,抗干扰性较好,精准度较高。

In order to improve the performance of security detection under eclipse attack,this paper proposed a security detection method of computer blockchain under eclipse attack.Firstly,the architecture of detection system of eclipse attack was analyzed,running mode,attack feature and user-defined attack characteristics were analyzed to obtain the state after the attack was detected.On this basis,the security detection model of blockchain was constructed.And then,the direct statement analysis in the model and the guarantee letter of carrier portability code were used to directly detect the security status of blockchain.After that,the approximate block was obtained by drawing up the string of suppressor and detector.The elements of the model were drafted again.Meanwhile,the potential mining algorithm was added to the model to optimize the security detection model of computer blockchain.The simulation results show that the proposed method has faster security detection of blockchain,better anti-interference ability and higher accuracy under eclipse attack.