全光网络传输自适应的复杂机制及控制策略研究

Yongli Zhao, Jie Zhang, Dahai Han, Lei Wang, Yu Yao, W. Gu, Yuefeng Ji
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引用次数: 0

摘要

分析了未来多业务下光网络的发展趋势,提出了可重构全光网络传输自适应的新思想,研究了全光网络中复杂自适应系统(CAS)的结构、传输性能模型和调谐算法等光路选择和调谐过程中复杂耦合机制和动态控制的关键技术。复杂全光网络中的传输自适应策略和协议扩展方案,系统仿真和建模算法。本文将复杂系统理论首次引入光网络,其研究方法的主要特点是跨学科性,为复杂全光网络的新研究方向提供了科学支撑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the complex mechanism and control strategy of transport adaptability in all-optical networks
This paper analyzes the development tendency of optical networks under multi-service in the future, proposes an original ideology of transport adaptability in reconfigurable all-optical networks, researches on the key techniques of the complex coupling mechanism and dynamic controlling in the process of selecting lightpaths and tuning, such as the architecture of complex adaptability system (CAS) in all-optical networks, the transmission performance model and tuning algorithms, the transport adaptability strategy and protocol extension solution, the system simulation and modeling algorithm in complex all-optical networks. Interdiscipline is the main character of the research method in the paper in which the complex system theory is first introduced into optical networks, providing the scientific support for the new research direction of complex all-optical networks.
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