摘 要
在现代通信网络中，随着各种无线通信技术的迅猛发展，异构网络融合与协同已成为提高网络性能、优化用户体验的重要研究方向。异构网络融合与协同旨在将不同频段、不同传输距离、不同覆盖范围的无线通信系统进行有效整合，通过协同工作提升整个网络的性能和服务质量。异构网络融合与协同研究的核心在于实现不同网络之间的无缝连接和高效通信。在理论上，它涉及了网络架构、通信协议、资源管理和服务质量保障等多个方面。首先，需要构建一个统一的网络架构，使得不同网络之间能够相互识别和通信。其次，需要设计合理的通信协议，确保数据在不同网络之间的可靠传输。同时，资源管理也是异构网络融合与协同研究的重要内容，通过合理的资源分配和调度，提高网络资源的利用率。最后，服务质量保障是异构网络融合与协同研究的最终目标，通过优化网络性能，提升用户体验。
关键词：异构网络融合 协同通信 网络架构
Abstract
In modern communication networks, with the rapid development of various wireless communication technologies, heterogeneous network integration and collaboration have become an important research direction to improve network performance and optimize user experience. Heterogeneous network integration and collaboration aims to effectively integrate wireless communication systems with different frequency bands, different transmission distances and different coverage areas, and improve the performance and service quality of the entire network through collaborative work. The core of heterogeneous network fusion and collaboration research is to realize seamless connection and efficient communication between different networks. In theory, it involves many aspects such as network architecture, communication protocol, resource management and service quality assurance. First, a unified network architecture needs to be built so that different networks can identify and communicate with each other. Secondly, it is necessary to design a reasonable communication protocol to ensure the reliable transmission of data between different networks. At the same time, resource management is also an important part of the research of heterogeneous network integration and collaboration. Through reasonable resource allocation and scheduling, the utilization rate of network resources can be improved. Finally, service quality assurance is the ultimate goal of heterogeneous network integration and collaboration research, which can improve user experience by optimizing network performance.
Keywords: Heterogeneous network fusion Collaborative communication Network architecture
目 录
1 引言 1
2 异构网络基础 1
2.1 异构网络概念 1
2.2 异构网络架构 1
2.3 关键技术概述 2
3 通信网络中的异构网络融合设计 2
3.1 网络架构融合设计 2
3.2 资源管理与优化 3
3.3 多网络协同机制 3
4 通信网络中的异构网络协同策略 4
4.1 协同传输技术 4
4.2 数据缓存与预取策略 4
4.3 能量效率优化 5
5 结论 5
致 谢 6
参考文献 7
