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首页> 外文期刊>International Journal of Applied Engineering Research >A Framework for Reconstruction and Operation of Auto-Healing strategy for the Switch Inference Attack for WSN
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A Framework for Reconstruction and Operation of Auto-Healing strategy for the Switch Inference Attack for WSN

机译:用于WSN的交换机推理攻击自动治疗策略的重建和运行框架

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These days remote sensor systems have discovered their way into a wide assortment of utilizations and frameworks with tremendously fluctuating necessities and qualities, yet every one of them have a typical component: issues are an ordinary truth and not segregated occasions as in customary systems. Therefore, with a specific end goal to ensure the system nature of administration, it is fundamental for the sensor system to have the capacity to identify and recuperate disappointments. The exhibited approach means to utilize self-recuperating administrations, enabling them to find, inspect, analyze and respond to glitches. In sensor application, a malevolent code can change the stream of sensor to accomplish the assaults. The downloaded malevolent code will take or alter the sensor information. To ensure the control stream of sensor, this paper proposes self-recuperating plan that can recognize the assault or the endeavor to modify the control stream and recoup the sensor application to the typical operation in extra, the first information which is changed by assailants is recouped from the private memory of sensor. Here the private memory is utilized for putting away sensor information as reference, which is utilized amid self-enhancement time, subsequently solid security is gotten. In extra, the first information which is adjusted by aggressors is recouped from the private memory of sensor. The self-mending plan, specifically forms application code at the machine guideline level, rather than performing control or information examination on source code.
机译:这些日子远程传感器系统已经发现了它们进入各种各样的各种利用和框架,具有极大的波动的必要性和品质,但其中每个人都有一个典型的组成部分:问题是普通的真理,而不是在习惯系统中隔离场合。因此,通过特定的最终目标来确保管理的系统性质,传感器系统的基础是具有识别和恢复失望的能力。展出的方法意味着利用自我恢复主管部门,使他们能够找到,检查,分析和回应故障。在传感器应用中,恶意代码可以更改传感器流以完成攻击。下载的恶意代码将采用或更改传感器信息。为了确保传感器的控制流,本文提出了自我回收计划,可以识别攻击或努力修改控制流并恢复传感器应用于额外的典型操作,所以通过攻击者改变的第一信息被收到了解从传感器的私人内存。这里,私人存储器用于将传感器信息作为参考,其在自增强时间中使用,随后得到了稳定的安全性。在额外的情况下,从传感器的私有内存中重新计算由侵略者调整的第一个信息。自我修补计划,特别是在机器指南级别形成应用程序代码,而不是在源代码上执行控制或信息检查。

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