Mobile-Edge Computing Framework with Data Compression for Wireless Network in Energy Internet

论文摘要

Under the situations of energy dilemma, energy Internet has become one of the most important technologies in international academic and industrial areas. However, massive small data from users, which are too scattered and unsuitable for compression, can easily exhaust computational resources and lower random access possibility, thereby reducing system performance. Moreover, electric substations are sensitive to transmission latency of user data, such as controlling information. However, the traditional energy Internet usually could not meet requirements. Integrating mobile-edge computing makes energy Internet convenient for data acquisition,processing, management, and accessing. In this paper, we propose a novel framework for energy Internet to improve random access possibility and reduce transmission latency. This framework utilizes the local area network to collect data from users and makes conducting data compression for energy Internet possible. Simulation results show that this architecture can enhance random access possibility by a large margin and reduce transmission latency without extra energy consumption overhead.

论文目录

文章来源

类型: 期刊论文

作者: Luning Liu,Xin Chen,Zhaoming Lu,Luhan Wang,Xiangming Wen

来源: Tsinghua Science and Technology 2019年03期

年度: 2019

分类: 工程科技Ⅱ辑,信息科技

专业: 动力工程,互联网技术

单位: the School of Information and Communication Engineering, Beijing University of Posts and Telecommunications

基金: supported by the Beijing Municipal Science and Technology Commission Research (No. Z171100005217001),the National Science and Technology Major Project (No. 2018ZX03001016),the Fundamental Research Funds for the Central Universities (No. 2018RC06),the National Key R&D Program of China (No. 2017YFC0112802),the Beijing Laboratory of Advanced Information Networks,the Beijing Key Laboratory of Network System Architecture and Convergence,the 111 project B17007

分类号: TK01;TP393.09

页码: 271-280

总页数: 10

文件大小: 3790K

下载量: 98

相关论文文献

• [1].Systems biology applications to study mechanisms of human immunodeficiency virus latency and reactivation[J]. World Journal of Clinical Infectious Diseases 2016(02)
• [2].Subtle role of latency for information diffusion in online social networks[J]. Chinese Physics B 2016(10)
• [3].IDMA based MAI mitigation scheme with low complexity and low latency[J]. Journal of Systems Engineering and Electronics 2012(06)
• [4].Low-latency Data Gathering with Reliability Guaranteeing in Heterogeneous Wireless Sensor Networks[J]. International Journal of Automation and Computing 2020(03)
• [5].Comparison on Photopic Electroretinogram Negative Response between Young and Old Lewis Rats[J]. Eye Science 2011(03)
• [6].Mobile Edge Communications, Computing, and Caching(MEC3) Technology in the Maritime Communication Network[J]. 中国通信 2020(05)
• [7].5G New Radio(NR):Standard and Technology[J]. ZTE Communications 2017(S1)
• [8].New Latency Model for Dynamic Frequency Scaling on Network-on-Chip[J]. Journal of Electronic Science and Technology 2014(04)
• [9].Flexible-beamwidth beam scanning for low-latency cell discovery in mmW ave systems[J]. Science China(Information Sciences) 2020(08)
• [10].Data quality issues for synchrophasor applications Part Ⅰ:a review[J]. Journal of Modern Power Systems and Clean Energy 2016(03)
• [11].基于动态延迟模拟的服务组合性能评价方法(英文)[J]. 中国通信 2012(12)
• [12].Fast control latency uncertainty elimination for the BESIII ETOF upgrade[J]. Chinese Physics C 2016(09)
• [13].High-speed,fixed-latency serial links with Xilinx FPGAs[J]. Journal of Zhejiang University-Science C(Computers & Electronics) 2014(02)
• [14].Retinal Symmetry of Multifocal Visual Evoked Potential in Both Eyes of Normal Subjects[J]. 眼科学报 2010(02)
• [15].Smart Prediction for Seamless Mobility in F-HMIPv6 Based on Location Based Services[J]. 中国通信 2018(04)
• [16].An improved technology for eliminating nondeterministic latency in the L1 trigger system[J]. Nuclear Science and Techniques 2013(02)
• [17].Method for Latency Measurement of Visual Feedback-Based Master–Slave Minimally Invasive Surgical Robot[J]. Transactions of Tianjin University 2018(04)
• [18].REA-MAC:A low latency routing-enhanced asynchronous duty-cycle MAC protocol for wireless sensor networks[J]. Journal of Central South University 2013(03)
• [19].Editorial for Special Issue on Underwater Wireless Optical Communication[J]. Chinese Optics Letters 2019(10)
• [20].Deep Reinforcement Learning Based Joint Edge Resource Management in Maritime Network[J]. 中国通信 2020(05)
• [21].Hierarchical Content Caching in Fog Radio Access Networks:Ergodic Rate and Transmit Latency[J]. 中国通信 2016(12)
• [22].Ten Reflections on 5G[J]. ZTE Communications 2020(01)
• [23].Mobile Edge Computing and Field Trial Results for 5G Low Latency Scenario[J]. 中国通信 2016(S2)
• [24].DKNNS:Scalable and accurate distributed K nearest neighbor search for latency-sensitive applications[J]. Science China(Information Sciences) 2013(03)
• [25].Using multi-threads to hide deduplication I/O latency with low synchronization overhead[J]. Journal of Central South University 2013(06)
• [26].Low latency systolic multipliers for finite field GF(2~m) based on irreducible polynomials[J]. Journal of Central South University 2012(05)
• [27].Call for Papers——Feature Topic,Vol.16,No.7,2019[J]. 中国通信 2019(01)
• [28].Low Complexity Multiuser Detection Algorithm for Multi-Beam Satellite Systems[J]. Journal of Harbin Institute of Technology 2015(05)
• [29].Call for Papers——Feature Topic,Vol.16,No.7,2019[J]. 中国通信 2019(02)
• [30].A Novel Load Balancing Strategy of Software-Defined Cloud/Fog Networking in the Internet of Vehicles[J]. 中国通信 2016(S2)