摘要
对移动网络通信信息传输的准确性进行保护,能够有效提高通信过程的安全稳定性。对你通信信息传输的保护,首先需要对信息入侵进行预测,设计隐含子群问题的抗量子计算模型,完成通信信息的准确传输。传统方法将原始信息映射为2个混沌矩阵,并对其进行置乱处理,但忽略了信息的入侵预测,导致信息传输准确性较差。提出具有抗量子计算攻击的移动网络通信信息传输准确性保护预测方法。组建入侵信息预测体制,对基于经典的HSP隐含子群问题进行扩展,设计基于非HSP隐含子群问题的抗量子计算模型,给出信息的不可攻击性,由此进行移动网络入侵信息预测。实验结果证明,所提方法具备抵抗量子计算的天然优势,可以有效地保证数据信息的机密性和完整性。
Protecting the accuracy of the information transmission of mobile network communication can effectively improve the security and stability in the process of communication. Traditionally, the method maps the original infor- mation to two chaotic matrices, but ignores the prediction of information intrusion, resulting in low accuracy of infor- mation transmission. A method for predicting the accuracy of information transmission in mobile network communica- tion with anti-quantum computation attack is proposed. The prediction system of intrusion information is built. The hidden subgroup based on classical lISP is extended. The anti-quantum computing model of hidden subgroup problem based on non-HSP is designed to give inaccessibility of information, thus the intrusion information in mobile network is predicted. Experimental results prove that the proposed method has the natural advantage which is resistant to quantum computation. It can effectively ensure the confidentiality and completeness of data information.
出处
《计算机仿真》
北大核心
2018年第3期407-410,共4页
Computer Simulation
关键词
移动网络
通信信息
传输准确性
Mobile network
Communication information
Transmission accuracy
