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Rapid retrieval of secured data from the sensor cloud using a relative record index and energy management of sensors

机译:使用传感器的相对记录指数和能量管理从传感器云中快速检索安全数据

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摘要

A massive amount of data is produced by sensors. These data finds a place in the cloud through a base station. Occasionally, the data collection process is disrupted as a result of the energy level of the sensor network due to voids. Void sensors do not propagate messages intended for the destination. We have addressed the issue of voids in sensors with the dynamic void removal algorithm. Retrieval of data from cloud is performed by relative record index associated with a security mechanism. Authenticated customers are given a secret key to rapidly retrieve data from the cloud. Meanwhile sensor networks require a secure mutual authentication scheme in an anxious network environment; our etiquette can handle all problems thrown up by the former schemes. Therefore, our protocol is more suited to an open and higher-security Sensor Network environment despite greater computation cost and energy.
机译:通过传感器产生大量数据。 这些数据通过基站找到云中的一个位置。 偶尔,由于空隙引起的传感器网络的能级,数据收集过程被中断。 空白传感器不会传播目的地的消息。 我们已经解决了具有动态空隙去除算法的传感器中的空隙问题。 通过与安全机制相关联的相对记录索引来执行来自云的数据的检索。 经过身份验证的客户被授予秘密密钥以快速从云中检索数据。 同时传感器网络需要焦虑的网络环境中的安全相互认证方案; 我们的礼仪可以处理前面方案抛出的所有问题。 因此,尽管有更多的计算成本和能量,我们的协议更适合开放和更高安全的传感器网络环境。

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