This paper presents firstly a study of interactions between two routing protocols (AODV, DSR) and two transport protocol versions (TCP New Reno, Vegas). After this study, we conduct some simulations to analyze the behavior of these protocols with different node mobility and network load values. The performance results of each protocol are examined to identify our own scenarios in order to evaluate our proposed solution for better interactions between these protocols. This solution is called CL-TCP (Cross Layer TCP). It is an adaptation of the TCP congestion control mechanism with some parameters provided by the routing layer (mobility nodes and the size of routing length). After the evaluation of CL-TCP, the results showed that it significantly improves the interactions between TCP Vegas and AODV protocols.
展开▼
机译：本文首先介绍了两种路由协议（AODV，DSR）和两种传输协议版本（TCP New Reno，Vegas）之间相互作用的研究。经过这项研究，我们进行了一些仿真，以分析具有不同节点移动性和网络负载值的这些协议的行为。检查每个协议的性能结果以识别我们自己的场景，以便评估我们提出的解决方案以更好地在这些协议之间进行交互。此解决方案称为CL-TCP（跨层TCP）。它是TCP拥塞控制机制的一种改编，具有路由层提供的某些参数（移动性节点和路由长度的大小）。经过对CL-TCP的评估，结果表明它显着改善了TCP Vegas和AODV协议之间的交互。
展开▼
