The current network environment is dynamic, open and extensible. In order to better ensure the needs of users, higher requirements are placed on link resource allocation. Based on the research and analysis of the instant communication protocol, this paper studies an intelligent routing evolution algorithm and related fault recovery strategy for the instant communication network. Research on instant messaging intelligent algorithms for routing evolution is mainly based on routing algorithms and artificial intelligence intelligent algorithms. When a link failure occurs in the communication network, the routing algorithm performs route reconstruction and optimization on the entire instant communication network. Considering that there may be evolutionary needs of large-scale routing networks in practical applications, this paper introduces artificial intelligence intelligent algorithms to optimize intelligent algorithms to improve efficiency. A cognitive routing protocol based on MIMO (Multiple Input Multiple Output) technology is proposed. By using MIMO technology, a lot of gain is brought to the communication link under multiple antennas. These gains correspond to different link types. The protocol realizes cognition through intelligent routing evolution algorithm and predicts the state of the network. Setting the routing life and hello period according to the perceived network status can optimize the performance of the network.

中文翻译：

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基于人工智能技术的新一代即时通讯网络的链路优化

当前的网络环境是动态，开放和可扩展的。为了更好地确保用户的需求，对链路资源分配提出了更高的要求。在对即时通信协议进行研究和分析的基础上，研究了一种针对即时通信网络的智能路由演进算法及相关的故障恢复策略。用于路由演进的即时消息智能算法的研究主要基于路由算法和人工智能智能算法。当通信网络中发生链路故障时，路由算法会在整个即时通信网络上执行路由重构和优化。考虑到在实际应用中可能存在大规模路由网络的演进需求，本文介绍了人工智能智能算法，以优化智能算法以提高效率。提出了一种基于MIMO（多输入多输出）技术的认知路由协议。通过使用MIMO技术，多个天线下的通信链路获得了很多增益。这些增益对应于不同的链接类型。该协议通过智能路由演进算法实现认知并预测网络状态。根据感知到的网络状态设置路由寿命和问候周期可以优化网络性能。多天线下的通信链路带来了很多收益。这些增益对应于不同的链接类型。该协议通过智能路由演进算法实现认知并预测网络状态。根据感知到的网络状态设置路由寿命和问候周期可以优化网络性能。多天线下的通信链路带来了很多收益。这些增益对应于不同的链接类型。该协议通过智能路由演进算法实现认知并预测网络状态。根据感知到的网络状态设置路由寿命和问候周期可以优化网络性能。