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首页> 外文期刊>Future generation computer systems >ISAG: IoT-enabled and Secrecy Aware Group-based handover scheme for e-health services in M2M communication network
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ISAG: IoT-enabled and Secrecy Aware Group-based handover scheme for e-health services in M2M communication network

机译：ISAG：M2M通信网络中的电子健康服务的基于IoT启用和保密的识别组的切换方案

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摘要

To provide e-health services in the high-speed advanced/fast-moving medical facility acquainted vehicle by administrating Machine-to-Machine (M2M) communication technology is a progressive approach. For accomplishing the robustness and to perceive the security demands of various M2M communication-based services, academicians have discussed group-based handover protocols in the literature. However, the group of medical M2M devices (MMD) suffer from numerous challenges such as privacy-preservation, high signaling congestion at the network, and inadequacy of forward/backward key secrecy at the time of handover authentication. Also, the existing handover schemes are susceptible to network attacks such as Denial of Service (DoS), Man-in-the-Middle (MiTM), etc., and stimulate high network utilization. To avoid the above concerns, we introduce the IoT-enabled and Secrecy Aware Group-based (ISAG) handover authentication and key agreement (AKA) scheme in the LTE-A network for M2M communication. The scheme realizes the mutual authentication between the target base-station and a group of MMDs with a secret session key. Based on message aggregation technology, the ISAG handover protocol averts the communication network congestion and minimizes the bandwidth overhead. The security analysis illustrates that the protocol obtains necessary security requirements such as confidentiality, data integrity, and private key protection. Through performance evaluations, the protocol shows significant improvement in the communication, computation, storage, and transmission overhead compared to the exiting group-based handover protocols. Finally, simulation output by the OpenSSL library of computing bandwidth consumption to network participants illustrates that ISAG handover protocol is appropriate for e-health services.
机译：为了通过管理机器到机器（M2M）通信技术提供高速高速/快动医疗设施熟悉车辆的电子卫生服务是一种渐进方法。为了实现稳健性并察觉到基于M2M通信的服务的安全要求，院士讨论了文献中基于组的切换协议。然而，医疗M2M设备（MMD）的群体遭受许多挑战，例如隐私保存，高信令拥塞，在切换认证时向前/后向关键保密的不足。此外，现有的切换方案易于易于网络攻击，例如拒绝服务（DOS），中间人（MITM）等，并刺激高网络利用率。为了避免上述问题，我们在LTE-A网络中介绍了基于物联网和保密的识别的基于组（ISAG）的切换认证和密钥协议（AKA）方案，用于M2M通信。该方案实现目标基站与一组MMD之间的相互认证，具有秘密会话密钥。基于消息聚合技术，ISAG切换协议避免了通信网络拥塞并最小化带宽开销。安全性分析说明该协议获得必要的安全要求，例如机密性，数据完整性和私钥保护。通过性能评估，与基于退出的组的切换协议相比，该协议在相比的通信，计算，存储和传输开销中显示出显着改善。最后，OpenSSL库的仿真输出计算带宽消耗到网络参与者的仿真说明ISAG切换协议适用于电子健康服务。

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