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北京交通大学电子信息工程学院,北京,100044
Published Online:25 May 2019,
Published:2019
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ZHANG Hong-ke, FENG Bo-hao, QUAN Wei. Fundamental Research on Smart Integration Identifier Networking[J]. Acta Electronica Sinica, 2019, 47(5): 977-982.
ZHANG Hong-ke, FENG Bo-hao, QUAN Wei. Fundamental Research on Smart Integration Identifier Networking[J]. Acta Electronica Sinica, 2019, 47(5): 977-982. DOI: 10.3969/j.issn.0372-2112.2019.05.001.
现有互联网因其原始设计不足已在服务质量、资源利用率、管控能力等诸多方面暴露出严重弊端,难以支撑起互联网+新业态高速发展对通信网络与服务日趋复杂化、多元化的需求.因此,如何设计全新的互联网已成为信息领域最为迫切与核心的研究内容之一,受到学术界与产业界的高度重视.本文基于前期标识网络与智慧标识网络研究,创造性提出智融标识网络体系及其关键机制,通过全网多空间、多维度资源的智慧融合,实现个性化服务的按需供给与灵活化组网的有效支撑,为不同行业与用户提供高效的差异化、定制化通信网络服务,以普遍适用于高铁网络、工业互联网、车联网等各类迥异应用情景.
Due to deficiencies stemmed from its original design
the current Internet has exposed many serious drawbacks in service quality
resource utilization
and management/control capabilities
which cannot satisfy increasingly complex and diversified requirements from Internet + businesses on communication networks and services.Therefore
how to design a clean-slate Internet has become one of the most urgent and core research contents in the information field
and it has received great attention from both academics and industries.Hence
in this paper
we propose a novel network architecture with its associated key mechanisms
namely Smart Integration Identifier Networking (SINET-I)
based on our previous works of Identifier Networking and Smart Identifier Networking.By smart integration of network-wide multi-space and multi-dimensional resources
SINET-I is able to achieve on-demand provision of individualized services and effective support for flexible networking
thus
it can provide differentiated and customized communication network services efficiently for various industries and users
thereby applicable to many different application scenarios such as high-speed rail networks
industrial Internet and vehicular networks.
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