ZTE

ZTE Communications ›› 2011, Vol. 9 ›› Issue (2): 53-57.

• Operational Application • Previous Articles     Next Articles

Architecture and Key Technology of Distributed Intelligent Open Systems

Xiaoyu Tong , Yunyong Zhang , and Bingyi Fang   

  1. China Unicom Research Institute
  • Online:2011-06-25 Published:2011-06-25
  • About author:Xiaoyu Tong (tongxy@chinaunicom.cn), is deputy director and senior engineer at the research institute of China Unicom. He has participated in several major ICT projects and has won several science and technology advancement prizes and management innovation prizes. He has taken the lead in R&D of the soft switching-based UniOne network and has developed the Sichuan Agricultural Information Network, which won the UN’s World Summit Award. Key technologies and service mode in the Sichuan Agricultural Information Network have been widely applied in the telecommunications industry. He has published four books and 40 papers.

    Yunyong Zhang (zhangyy@chinaunicom.cn), is deputy manager and senior engineer at the R&D department of China Unicom. His research interests include next-generation open networks, integrated fixed-mobile core networks, mobile Internet and services, and common computing. He has participated in projects of the General Armaments Department of the PLA, the Doctoral Fund of the Ministry of Education of China, National High-Tech R&D Program of China“( 863” Program), National Basic Research Program of China ( “973”Program), and the National Natural Science Foundation of China. He has published 15 books and 58 papers.

    Bingyi Fang (fangby2@chinaunicom.cn), has a PhD in engineering. He is a senior engineer at the Research Institute of China Unicom and is mainly engaged in researching cloud computing and new core network technologies.

Architecture and Key Technology of Distributed Intelligent Open Systems

Xiaoyu Tong , Yunyong Zhang , and Bingyi Fang   

  1. China Unicom Research Institute
  • 作者简介:Xiaoyu Tong (tongxy@chinaunicom.cn), is deputy director and senior engineer at the research institute of China Unicom. He has participated in several major ICT projects and has won several science and technology advancement prizes and management innovation prizes. He has taken the lead in R&D of the soft switching-based UniOne network and has developed the Sichuan Agricultural Information Network, which won the UN’s World Summit Award. Key technologies and service mode in the Sichuan Agricultural Information Network have been widely applied in the telecommunications industry. He has published four books and 40 papers.

    Yunyong Zhang (zhangyy@chinaunicom.cn), is deputy manager and senior engineer at the R&D department of China Unicom. His research interests include next-generation open networks, integrated fixed-mobile core networks, mobile Internet and services, and common computing. He has participated in projects of the General Armaments Department of the PLA, the Doctoral Fund of the Ministry of Education of China, National High-Tech R&D Program of China“( 863” Program), National Basic Research Program of China ( “973”Program), and the National Natural Science Foundation of China. He has published 15 books and 58 papers.

    Bingyi Fang (fangby2@chinaunicom.cn), has a PhD in engineering. He is a senior engineer at the Research Institute of China Unicom and is mainly engaged in researching cloud computing and new core network technologies.

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Abstract: High-speed large-bandwidth networks and growth in rich internet applications has brought unprecedented pressure to bear on telecom operators. Consequently, operators need to play to the advantages of their networks, make good use of their large customer bases, and expand their business resources in service, platform, and interface. Network and customer resources should be integrated in order to create new business ecosystems. This paper describes new threats and challenges facing telecom operators and analyzes how leading operators are handling transformation in terms of operations and business model. A new concept called distributed intelligent open system (DIOS)—a public computing communication network—is proposed. The architecture and key technologies of DIOS is discussed in detail.

Key words: DIOS, public computing communication network (PCCN), cloud computing

摘要： High-speed large-bandwidth networks and growth in rich internet applications has brought unprecedented pressure to bear on telecom operators. Consequently, operators need to play to the advantages of their networks, make good use of their large customer bases, and expand their business resources in service, platform, and interface. Network and customer resources should be integrated in order to create new business ecosystems. This paper describes new threats and challenges facing telecom operators and analyzes how leading operators are handling transformation in terms of operations and business model. A new concept called distributed intelligent open system (DIOS)—a public computing communication network—is proposed. The architecture and key technologies of DIOS is discussed in detail.

关键词: DIOS, public computing communication network (PCCN), cloud computing