未来互联网广义逻辑球体模型与机理研究

项目名称： 未来互联网广义逻辑球体模型与机理研究

项目编号： No.61301081

项目类型： 青年科学基金项目

立项/批准年度： 2014

项目学科： 无线电电子学、电信技术

项目作者： 宋飞

作者单位： 北京交通大学

项目金额： 24万元

中文摘要： 本项目拟根据互联网发展过程中的重大需求和关键问题，分析未来互联网体系相关原理及理论，提出一种新型的广义逻辑球体模型并对其机理进行研究，解决传统网络模型存在的不足和缺陷。具体工作包括以下三个方面：(1)创建全新的广义逻辑球体模型基本框架：通过总结现有互联网层级结构的研究成果，参考网络行为的实测数据，给出构建该模型的理论依据及具体步骤；(2)凝练广义逻辑球体模型的重要机理：在归纳模型中的椎体结构、逐级屏蔽以及其他特性的基础上，对模型的重要机理进行阐述，并围绕基于球面距离的智慧路由机制、基于球心距离的负载均衡方案、基于表面作用关系的感知愈合策略等方面展开研究；(3)提出基于广义逻辑球体结构实现的智慧学习模型：通过为网络开辟记忆空间、设计更新及关联方案，构建智慧学习模型，为全面掌握网络状态、优化球体模型功能提供基础。

中文关键词： 广义逻辑球体；智慧路由；感知愈合；智慧学习；数学建模

英文摘要： Based on great demands and key issues of Internet evolution, this proposal aims to investigate the relevant principles and theories of future Internet. A new generalized logic sphere model and mechanisms are presented and studied respectively to solve the insufficients and defects of traditional network model. The specific work includes the three following aspects: (1)To create the basic frame of new generalized logic sphere structural model: based on summarizing the existing research achievements of current Internet level structure and referencing measured data of network behavior, the theoretical bases and concrete steps of modeling are given. (2)To refine the critical mechanisms of generalized logic sphere model: based on concluding the conical structure, hierarchical shield and other features, the important mechanisms of model are elaborated for studying the smart routing, load balancing, and perceptive healing. (3)To propose smart learning model based on generalized logic sphere structure: According to initiating the memory space and designing update and association schemes, smart learning model can be built. It provides the foundation for network status understanding and the optimization of sphere model function.

英文关键词： Generalized logical sphere；Smart routing；Perceptive healing；Smart learning；Mathematical modeling