The problem of routing in Manet are analyzed and different techniques are described towards QoS development of Manet. However, the modern IoT devices have been considered for the support of routing. Engaging IoT devices in Manet routing is considered and how the trust of IoT devices can measured is focused. Number of techniques discussed earlier with secure routing with IoT devices in Manet. They suffer to achieve higher performance in most QoS parameters. This paper proposes a real time secure route analysis (RSRA) approach for the secure routing in Manet. The method not only considers the strategy of intermediate nodes of route discovered, but also considers the presence of IoT devices and their trust. First, the method discovers the list of routes between any source and destination. For each mobile node, the trustworthy is verified by considering the location, mobility speed, energy, and number of transmission involved, their neighbor list and so on. The IoT devices are verified for their trustworthy based on their earlier support contributed to the network. The method measures mobile node secure route support (MSRS) for the mobile nodes where device support (DS) is measured for the IoT devices. Using these two measures, the method measure the data forwarding support (DFS) value by considering the number of IoT devices in the route. Based on the DFS measure, a single route has been selected which improves the QoS of Manet.

分析了Manet中的路由问题，并描述了针对Manet QoS开发的不同技术。但是，现代物联网设备已考虑用于路由支持。考虑将IoT设备参与Manet路由，并重点关注如何衡量IoT设备的信任度。前面讨论过的有关Manet中使用IoT设备进行安全路由的技术的数量。它们会在大多数QoS参数中获得更高的性能。本文提出了一种用于Manet中安全路由的实时安全路由分析（RSRA）方法。该方法不仅考虑了路由发现中间节点的策略，而且还考虑了物联网设备的存在及其信任。首先，该方法发现任何源和目标之间的路由列表。对于每个移动节点，通过考虑位置，移动速度，能量和涉及的传输数量，其邻居列表等来验证可信度。物联网设备基于其对网络的早期支持而经过验证，证明其可信性。该方法为其中测量了IoT设备的设备支持（DS）的移动节点测量移动节点安全路由支持（MSRS）。使用这两种方法，该方法通过考虑路线中的IoT设备数量来测量数据转发支持（DFS）值。基于DFS度量，已选择一条路由以提高Manet的QoS。该方法为其中测量了IoT设备的设备支持（DS）的移动节点测量移动节点安全路由支持（MSRS）。使用这两种方法，该方法通过考虑路线中的IoT设备数量来测量数据转发支持（DFS）值。基于DFS度量，已选择一条路由以提高Manet的QoS。该方法为其中针对IoT设备测量了设备支持（DS）的移动节点测量了移动节点安全路由支持（MSRS）。使用这两种方法，该方法通过考虑路线中的IoT设备数量来测量数据转发支持（DFS）值。基于DFS度量，已选择一条路由以提高Manet的QoS。