基于业务感知和用户行为分析的服务调度系统
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摘要
5G网络中,用户业务种类将呈现爆炸性增长,各种业务对网络资源的需求各不相同。为了适应5G网络中新的网络运营情况,结合3GPP和ITU等国际标准会议相关研究成果,提出基于业务感知和用户行为分析的服务调度系统。并且通过几个典型的业务场景,分析了在未来4G/5G互操作时,该服务调度系统相比传统调度的巨大优势,充分证明了基于业务感知和用户行为分析的服务调度系统在5G网络中具有很强的应用性。
In 5G networks, the types of user services grow explosively and different types of services have different requirements for network resources. In order to adapt to the new network operation situation in 5G networks, a service scheduling system based on service awareness and user behavior analysis is proposed in this paper according to the research results of 3GPP and ITU. The great advantages of the proposed service scheduling system over traditional scheduling are analyzed when 4G/5G interoperation is in several typical service scenarios. This sufficiently proves that the service scheduling system based on service awareness and user behavior analysis has strong applicability in 5G networks.
In 5G networks, the types of user services grow explosively and different types of services have different requirements for network resources. In order to adapt to the new network operation situation in 5G networks, a service scheduling system based on service awareness and user behavior analysis is proposed in this paper according to the research results of 3GPP and ITU. The great advantages of the proposed service scheduling system over traditional scheduling are analyzed when 4G/5G interoperation is in several typical service scenarios. This sufficiently proves that the service scheduling system based on service awareness and user behavior analysis has strong applicability in 5G networks.
引文
[1]3GPP TS 23.501.System Architecture for the 5G System;Stage 2(Release 15)[S].2018.
[2]3GPP TS 23.502.Procedures for the 5G System;Stage 2(Release 15)[S].2018.
[3]ITU-T SG13.Propose to add Scenarios and Use cases supported by FMC-SS to Y FMC-SS[R].2018.
[4]ITU-T SG13.Propose to add Requirements of FMC-SSand Scenarios and Use cases supported by FMC-SS to YFMC-SS[R].2018.
[5]ITU-T SG13.Propose to add Framework of FMC-SS to YFMC-SS[R].2019.
[6]ITU-T SG13.Propose to add Procedures of FMC-SS to YFMC-SS[R].2019.
[7]3GPP SA2.New SID:Study on Application Awareness Interworking between LTE and NR[R].2018.
[8]刘柳,李文苡,吴锦莲.5G和4G融合组网方案浅析[J].移动通信,2017,41(17):23-17.
[9]Liu Liu,Yongyu Chang,Rongqian Qin,et al.On UL-DL Imbalance Mitigation for HSPA Heterogeneous Network[C]//In VTC 2014-Fall,Vancouver,Canada2014:1-7.
[10]Liu Liu,Yongyu Chang,Sida Song,et al.On Adaptive Range Expansion for UL-DL Imbalance Mitigation in HSPA HetNet[C]//In WCNC 2015,New Orleans,USA.2015:1440-1445.
[2]3GPP TS 23.502.Procedures for the 5G System;Stage 2(Release 15)[S].2018.
[3]ITU-T SG13.Propose to add Scenarios and Use cases supported by FMC-SS to Y FMC-SS[R].2018.
[4]ITU-T SG13.Propose to add Requirements of FMC-SSand Scenarios and Use cases supported by FMC-SS to YFMC-SS[R].2018.
[5]ITU-T SG13.Propose to add Framework of FMC-SS to YFMC-SS[R].2019.
[6]ITU-T SG13.Propose to add Procedures of FMC-SS to YFMC-SS[R].2019.
[7]3GPP SA2.New SID:Study on Application Awareness Interworking between LTE and NR[R].2018.
[8]刘柳,李文苡,吴锦莲.5G和4G融合组网方案浅析[J].移动通信,2017,41(17):23-17.
[9]Liu Liu,Yongyu Chang,Rongqian Qin,et al.On UL-DL Imbalance Mitigation for HSPA Heterogeneous Network[C]//In VTC 2014-Fall,Vancouver,Canada2014:1-7.
[10]Liu Liu,Yongyu Chang,Sida Song,et al.On Adaptive Range Expansion for UL-DL Imbalance Mitigation in HSPA HetNet[C]//In WCNC 2015,New Orleans,USA.2015:1440-1445.