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    30 March 2018, Volume 2 Issue 1
    Frontier and Comprehensive Review
    Manufacturing execution system of mineral processing based on Internet of things
    Tianyou CHAI,Jinliang DING,Quan XU,Heng YUE
    2018, 2(1):  1-16.  doi:10.11959/j.issn.2096-3750.2018.00036
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    With the development trend of intelligent,networked,integrated in the automation field of mineral processing industry,the longitudinal seamless fusion and integration from the Internet of things to the Internet of the full interconnection manufacturing network of mineral processing were constructed based on the actual demand of the enterprise management and control,data acquisition,transmission,storage and analysis framework were designed for industrial big data generated from mineral processing,the intelligent manufacturing execution system based on the Internet of things and the industrial cloud was developed.The new functions of integrated process production index optimization and decision making,equipment safety video surveillance and management,personnel vehicle location and tracking,energy management,mobile and remote monitoring,and so on were discussed.The manufacturing execution system based on the Internet of things and the industrial cloud was implemented and used in an iron and steel group.The effectiveness of the MES is verified.

    Enhanced-mobile ubiquitous smart environment——the super state of Internet of things
    Ping ZHANG,Shilin LI,Zheng HU
    2018, 2(1):  17-23.  doi:10.11959/j.issn.2096-3750.2018.00037
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    Enhanced-mobile ubiquitous smart environment (E-MUSE) was proposed as the super state of Internet of things (IoT),which was also the evolution of mobile ubiquitous service environment (MUSE) in the epoch of IoT.E-MUSE is a mobile,ubiquitous and intelligent information environment that runs on 5G ubiquitous network and takes 5G technology as the core.The physical structure and connotation framework of E-MUSE were defined.Around IoT,cloud-fog-edge computing,artificial intelligence,etc.,the function of these new technologies in E-MUSE were discussed.Finally,some new application based on E-MUSE was discussed.

    Theory and Technology
    Self-organization networking technology for 5G ultra-dense wireless network
    Jiandong LI,Min SHENG,Junyu LIU,Chenxi ZHAO,Yan ZHANG,Hongguang SUN
    2018, 2(1):  24-34.  doi:10.11959/j.issn.2096-3750.2018.00038
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    Enhancing network capacity by increasing the density of the fifth-generation wireless networks has become one of the key challenges for the future mobile systems.A practical channel model for ultra-dense network (UDN) was built,and the limitation of network densification by analyzing the interference distribution was revealed.To approach the limit,UDN-oriented self-organization networking (SON) technology was proposed and its new feature in UDN was investigated.Finally,a SON based cell merging and splitting strategy was tailored.Experiment results indicate that the proposed strategy is capable for improving network capacity and user experience significantly.

    New paradigm for Internet of things:intelligent spectrum-Internet of things
    Qihui WU,Ran WANG,Zhenyan HUANG
    2018, 2(1):  35-41.  doi:10.11959/j.issn.2096-3750.2018.00039
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    The electromagnetic spectrum has become an indispensable national strategic resource in the information age.With the rapid development of the world’s integrated information network,aviation vehicles,and electromagnetic spectrum airspace operations,electromagnetic space faces three major challenges:the increasing shortage of spectrum resources,increasingly stringent spectrum security,and increasingly fierce spectrum confrontation.In order to deal with the three major challenges,the basic concepts and architecture of intelligent spectrum-Internet of things (IS-IoT) was proposed,and the key technologies and future application directions of the system was analyzed.The development of IS-IoT will provide a new paradigm for the Internet of things and a new solution to the conflict between the supply and demand of spectrum resources.

    Internet of things and pan-healthcares
    Jianguo MA,Hengyue JIN
    2018, 2(1):  42-55.  doi:10.11959/j.issn.2096-3750.2018.00040
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    The Internet of things is the result of the informatization.The purpose of the Internet of things is to let things speak.The health of both man’s body and the structures being used daily needs to talk urgently.A novel IoT architecture based on the deep machine-learning was proposed.The Internet of things through embedded depth learning,realizes the flow from the data stream to the streams of events,and then to the flow of knowledge the value stream.The core technology for IoT is prediction,protection and prevention.

    Research progress and trend of big data-driven intelligent transportation system
    Chen YU,Lijuan ZHANG,Hai JIN
    2018, 2(1):  56-63.  doi:10.11959/j.issn.2096-3750.2018.00041
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    The development of sensor technology and the popularization of sensing devices have promoted the application and development of the Internet of things.As an important part of the Internet of things,the intelligent transportation system has also made great progress,and has entered the era of data-driven from the era of technology-driven.A comprehensive and systematic literature review of the big data-driven intelligent transportation system was provided,from sensing technology and data acquisition,the data mining method and process,to various applications.The challenges faced by the big data-driven intelligent transportation system at the present stage was analyzed,and its future development trend and direction was further summarized.

    Key technologies and new challenges on body area networks
    Xiaolin FANG,Junzhou LUO
    2018, 2(1):  64-68.  doi:10.11959/j.issn.2096-3750.2018.00042
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    As the rapid development of sensing,low-power integrated circuit and wireless communication techniques,body area network becomes a new technology to monitor human health,which provides a new solution for information medical treatment.The key technologies of body area network was firstly introduced,including energy consumption,data transmission,security and privacy and human health data processing.Finally,a series of new challenges in body area network systems was proposed.

    Design ideas of the top layer of the mine Internet of things
    Enjie DING,Qingsong HU
    2018, 2(1):  69-75.  doi:10.11959/j.issn.2096-3750.2018.00043
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    The flourishing development of the mine network requires the technology of the mine Internet of things from the top layer.The top layer design mine networking technology completed in 2017 by the State Administration of Production Safety Supervision was read.From the aspects of the design ideas,development status,challenges,strategic objectives,the key technology and implementation route and security needed,the technical background and core contents of top layer design were analyzed.It will provide some references for researchers and technology managers in mining industry to read,understand and use “top layer design”.

    Service and Application
    The evolution of NB-IoT standard system and development of Internet of things industry
    Yunzhou XIE
    2018, 2(1):  76-87.  doi:10.11959/j.issn.2096-3750.2018.00044
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    Looking at the development of the Internet of things industry system,the birth of NB-IoT standard is the inevitable product of the development of the Internet of things.But in the development process of NB-IoT standard,it has gone through the business interests of the game,the market environment competition,and the secret contest of various groups,eventually forming a 3GPP international standard that people all accept.Different from the multi country and multi system pattern of wireless communication in the past,NB-IoT is a globally unified Internet of things wireless communication network.With the freeze of the Rel-13 version and the iterative evolution of the Rel-14 and Rel-15 versions,NB-IoT technology will also be the basis for the future 5G Internet of things standard system.From the perspective of the development of the whole pattern,the NB-IoT standard will be more suitable for the application scenarios of the Internet of things.The evolution of NB-IoT standard system and development of Internet of things industry were analyzed,which helped readers understand the super impetus of technology development to industry transformation.

    Research and application of Internet of things in power transmission and distribution system
    Jianming LIU,Ziyan ZHAO,Xiang JI
    2018, 2(1):  88-102.  doi:10.11959/j.issn.2096-3750.2018.00045
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    Power industry is the important energy industry which relates to national economy and the people’s livelihood,and it has a significant meaning to ensure safe and stable operation of power transmission and distribution system.Combined with monitor and operation requirement of power transmission and distribution system,application system for monitoring,inspection,security and interactive service of layered power transmission and distribution system was built based on Internet of things technology.Meanwhile,framework and solutions for security system of electricity Internet of things was established,and demonstration project for system verification was established.


Copyright Information
Quarterly,started in 2017
Cpmpetent Unit:Ministry of Industry and Information Technology of the People's Republic of China
Sponsor:Posts & Telecom Press Co.,Ltd.
Publisher: China InfoCom Media Group
Editor:Editor Board of Chinese Journal on Internet of Things
Editor-in-Chief:YIN Hao
Executive Editor-in-Chief:ZHU Hongbo
Director:LI Caishan
Address:F2, Beiyang Chenguang Building, Shunbatiao No.1 Courtyard, Fengtai District, Beijing, China
Tel:010-53878076、53879096、53879098
E-mail:wlwxb@bjxintong.com.cn
ISSN 2096-3750
CN 10-1491/TP
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