Internet Gateway(IGW) main role is detecting availability nodes and providing internet to Mobile Ad Hoc Network(MANET) have whenever connected to internet. Discovery time of gateway is changed based on the throughput and packet delay. Many of the situations the mobile nodes are have fixed host connection to the internet using minimum hop path, it is not good for waiting packets because of that packets are have longer path interface queue. This research paper object is avoided above the problem mentioning using a novel approach of SPAHN (Solving Problem of Ad-Hoc Network). This paper mainly focus is classify the routing protocols of load-aware in MANET and from this classify discover the proactive load-aware gateway (PL-AG) from a device into interface queue size and min-hop-metric. This novel approach has been allowing and gives better handoff between two internet gateways for fixed host seamless connectivity. We justify the performance of the SPAHN approach using two metrics like average end-to-end delay and throughput based on this examination the SPAHN system yield good simulation results comparably existing systems.

Internet网关（IGW）的主要作用是检测可用性节点，并在连接到Internet时向移动自组织网络（MANET）提供Internet。网关的发现时间根据吞吐量和数据包延迟而改变。在许多情况下，移动节点都使用最小的跳数路径将主机固定连接到Internet，这对等待数据包不利，因为数据包的路径接口队列较长。使用SPAHN（Ad-Hoc网络的解决问题）的新方法可以避免上述研究问题。本文的主要重点是对MANET中负载感知的路由协议进行分类，并从该分类中发现设备的主动负载感知网关（PL-AG）分为接口队列大小和最小跳数。这种新颖的方法一直允许并在两个Internet网关之间提供更好的切换，以实现固定主机无缝连接。我们基于这项检查，使用两个指标（例如平均端到端延迟和吞吐量）证明了SPAHN方法的性能合理性。基于此检查，SPAHN系统产生了与现有系统相当的良好仿真结果。