LTE系统中的干扰管理技术研究
|
摘要
LTE系统的规模化网络部署给无线通信带来了新的干扰问题,其中不仅包括LTE系统内部的小区间干扰,也包括与其它系统共存时的干扰。这些干扰都直接影响着LTE系统的性能,甚至影响着与LTE系统共存的其它通信系统的性能。如何有效的解决干扰问题关系着LTE系统的进一步发展。
本文围绕着LTE系统中的干扰管理技术做了深入细仔的研究。主要从以下三个方面展开：LTE系统中的干扰协调技术、多小区协作模式下的干扰管理和TD-LTE系统与TD-SCDMA系统共存场景下的干扰管理。本文的主要贡献和内容如下：
首先,详细分析了LTE系统中存在的干扰类型和形成原因。对LTE系统中的小区间干扰做了重点分析,对TD-LTE系统中特有的交叉时隙干扰做了深入研究。使用系统级仿真的方法研究了交叉时隙干扰对TD-LTE系统性能的影响程度,分别给出了不同调度方式下,受交叉时隙干扰影响的TD-LTE系统吞吐量下降曲线。
其次,在总结目前干扰协调技术的基础上,提出了一种基于部分频率复用网络下的小区间协作干扰协调方法。新方法采用了全协作模式,重点考虑了协作基站选择问题和协作用户选择问题,仿真结果表明新方法提高了系统的吞吐量,特别是处于小区边缘位置的用户性能得到了较大的提升。
第三,研究了多小区协作网络中的用户选择和功率分配问题。在基于协作资源分配的网络模式下,提出了一种保证用户QoS的资源分配方法,包括用户选择和功率分配。仿真结果表明新方法提高了系统性能,保证了用户的服务质量,降低了用户在用业务的中断概率。
第四,针对TD-LTE系统和TD-SCDMA系统共存的特定场景,使用确定性分析方法分析了系统间各种类型的干扰,得出了各种干扰对系统隔离度的要求指标,并且给出了不同天线架设方式下系统天线所需的隔离距离。
第五,使用系统级仿真方法研究了TD-LTE系统和TD-SCDMA系统共存问题,得出了TD-LTE系统基站和TD-SCDMA系统基站之间的邻道干扰对两系统性能造成下降的相对值。
第六,将TD-LTE系统和TD-SCDMA系统之间的干扰问题转化为带约束条件的数学优化问题,使用最优化的方法求出了该问题的理论最优解。提出一种适合系统共存环境下使用的LTE系统频率分配方法。该方法尽可能的减少了系统间的干扰,增加了系统性能。仿真结果显示新的方法提高了TD-LTE系统的吞吐量,同时也降低了TD-SCDMA系统的掉话率。
The wide deployment of LTE system brings new interference problem to wireless communication, including not only inter-cell interference within the LTE system, but also inter-system interference when it is co-existent with other wireless communication systems. All these interference degrades the performance of LTE system directly, as well as that of other co-existent system. How to solve the interference problem affects the further development of LTE system.
In this thesis, we investigate on the interference management technologies for LTE systems. Our research focuses on three parts, i.e., the interference coordination in a LTE system, the interference management in a MCP (Multi-cell Cooperation Processing) network, and the interference management when a TD-LTE system is co-existent with a TD-SCDMA system. The main contributions of this thesis can be summarized as:
Firstly, we analyse the interference types and their formation reasons in LTE systems, especially analyse the inter-cell interference in LTE systems and the cross-slot interference, which only appears in TD-LTE systems. Via the system simulation, we get the performance degradation level of TD-LTE system, which is caused by cross-slot interference. Some corresponding curves of system throughput based on different scheduling schemes are also presented.
Secondly, based on the summary of existing interference coordination technologies, we proposed a new MCP interference coordination scheme which can be used in FFR (Fractional Frequency Reuse) network. The new method uses full-coorperation mode, and focuses on the selection of coorperative user and coorperative base sation. Simulaton results show that the proposed method improves the system throughput, and promotes the performance of cell edge users siganificantly.
Thirdly, study on the users'selection and the power allocation problem in the multiple cell processing network. Based on the cooperative resource allocation network, we proposed a new resource allocation scheme with QoS guaranteed, including users'selection and power allocation. Simulation results show that the new scheme improves system performance, ensures user's QoS and reduces outage.
Forthly, different types of inter-system interference in the co-existance scenario of TD-LTE system and TD-SCDMA system are analysised by using MCL method. The isolation requirement of different interference is given out, and isolation distance with different antenna installation method is also given out.
Fifthly, co-existence interference between TD-LTE system and TD-SCDMA sysem is studied by using system simulation method. The relative value of performance decrease of both of the systems which is caused by adjacent channel interference between TD-LTE BS and TD-SCDMA BS is obtained.
Sixthly, the inter-system interference between a TD-LTE system and a TD-SCDMA system is studied in a mathematic optimization problem with constraint, and the optimal solution is derived by using a convex optimization method. A new frequency allocating method of LTE system which suits for co-existance scenario is proposed. The proposed method reduces the inter-system interference and improves the system performance. The simulation results show that the proposed method improves the thoughput of LTE system and reduces the outage of TD-SCDMA system simutaneously.
本文围绕着LTE系统中的干扰管理技术做了深入细仔的研究。主要从以下三个方面展开：LTE系统中的干扰协调技术、多小区协作模式下的干扰管理和TD-LTE系统与TD-SCDMA系统共存场景下的干扰管理。本文的主要贡献和内容如下：
首先,详细分析了LTE系统中存在的干扰类型和形成原因。对LTE系统中的小区间干扰做了重点分析,对TD-LTE系统中特有的交叉时隙干扰做了深入研究。使用系统级仿真的方法研究了交叉时隙干扰对TD-LTE系统性能的影响程度,分别给出了不同调度方式下,受交叉时隙干扰影响的TD-LTE系统吞吐量下降曲线。
其次,在总结目前干扰协调技术的基础上,提出了一种基于部分频率复用网络下的小区间协作干扰协调方法。新方法采用了全协作模式,重点考虑了协作基站选择问题和协作用户选择问题,仿真结果表明新方法提高了系统的吞吐量,特别是处于小区边缘位置的用户性能得到了较大的提升。
第三,研究了多小区协作网络中的用户选择和功率分配问题。在基于协作资源分配的网络模式下,提出了一种保证用户QoS的资源分配方法,包括用户选择和功率分配。仿真结果表明新方法提高了系统性能,保证了用户的服务质量,降低了用户在用业务的中断概率。
第四,针对TD-LTE系统和TD-SCDMA系统共存的特定场景,使用确定性分析方法分析了系统间各种类型的干扰,得出了各种干扰对系统隔离度的要求指标,并且给出了不同天线架设方式下系统天线所需的隔离距离。
第五,使用系统级仿真方法研究了TD-LTE系统和TD-SCDMA系统共存问题,得出了TD-LTE系统基站和TD-SCDMA系统基站之间的邻道干扰对两系统性能造成下降的相对值。
第六,将TD-LTE系统和TD-SCDMA系统之间的干扰问题转化为带约束条件的数学优化问题,使用最优化的方法求出了该问题的理论最优解。提出一种适合系统共存环境下使用的LTE系统频率分配方法。该方法尽可能的减少了系统间的干扰,增加了系统性能。仿真结果显示新的方法提高了TD-LTE系统的吞吐量,同时也降低了TD-SCDMA系统的掉话率。
The wide deployment of LTE system brings new interference problem to wireless communication, including not only inter-cell interference within the LTE system, but also inter-system interference when it is co-existent with other wireless communication systems. All these interference degrades the performance of LTE system directly, as well as that of other co-existent system. How to solve the interference problem affects the further development of LTE system.
In this thesis, we investigate on the interference management technologies for LTE systems. Our research focuses on three parts, i.e., the interference coordination in a LTE system, the interference management in a MCP (Multi-cell Cooperation Processing) network, and the interference management when a TD-LTE system is co-existent with a TD-SCDMA system. The main contributions of this thesis can be summarized as:
Firstly, we analyse the interference types and their formation reasons in LTE systems, especially analyse the inter-cell interference in LTE systems and the cross-slot interference, which only appears in TD-LTE systems. Via the system simulation, we get the performance degradation level of TD-LTE system, which is caused by cross-slot interference. Some corresponding curves of system throughput based on different scheduling schemes are also presented.
Secondly, based on the summary of existing interference coordination technologies, we proposed a new MCP interference coordination scheme which can be used in FFR (Fractional Frequency Reuse) network. The new method uses full-coorperation mode, and focuses on the selection of coorperative user and coorperative base sation. Simulaton results show that the proposed method improves the system throughput, and promotes the performance of cell edge users siganificantly.
Thirdly, study on the users'selection and the power allocation problem in the multiple cell processing network. Based on the cooperative resource allocation network, we proposed a new resource allocation scheme with QoS guaranteed, including users'selection and power allocation. Simulation results show that the new scheme improves system performance, ensures user's QoS and reduces outage.
Forthly, different types of inter-system interference in the co-existance scenario of TD-LTE system and TD-SCDMA system are analysised by using MCL method. The isolation requirement of different interference is given out, and isolation distance with different antenna installation method is also given out.
Fifthly, co-existence interference between TD-LTE system and TD-SCDMA sysem is studied by using system simulation method. The relative value of performance decrease of both of the systems which is caused by adjacent channel interference between TD-LTE BS and TD-SCDMA BS is obtained.
Sixthly, the inter-system interference between a TD-LTE system and a TD-SCDMA system is studied in a mathematic optimization problem with constraint, and the optimal solution is derived by using a convex optimization method. A new frequency allocating method of LTE system which suits for co-existance scenario is proposed. The proposed method reduces the inter-system interference and improves the system performance. The simulation results show that the proposed method improves the thoughput of LTE system and reduces the outage of TD-SCDMA system simutaneously.
引文
[1]R.Rasad, Overview of wireless personal communications:Microwave perspectives, IEEE Communications Magazine, vol.35, no.4, pp.104-108, Apr.1997
[2]Neil J. Boucher, The Cellular Radio Handbook:A Reference for Cellular System Operation, Wiley-Interscience,2001
[3]Frenkiel R., Creating cellular:A history of the AMPS project (1971-1983) [History of Communications], Communications Magazine, IEEE, Vol.48, Issue.9, pp.14-24,2010
[4]MacDonald V. H., The Cellular Concept, The Bell System Technical Journal, vol.58, no.1, January,1979
[5]Michel Mouly, Marie Bernadette Pautet, The GSM System for Mobile Communications, Telecom Publishing,1992
[6]Clint Smith,3G Wireless Networks, Second Edition, McGraw-Hill Osborne Media,2006
[7]Juha Korhonen, Introduction to 3G Mobile Communications, Second Edition, Artech House Publishers,2003
[8]Lawrence Harte, Introduction to Wideband Code Division Multiple Access (WCDMA), Althos,2004
[9]VieriVanghi, Aleksandar Damnjanovic, Branimir Vojcic, The cdma2000 System for Mobile Communications:3G Wireless Evolution, Prentice Hall, 2004
[10]李世鹤,TD-SCDMA第三代移动通信系统标准,人民邮电出版社,2003
[11]Astely D., Dahlman E., Furuskar A., Jading Y., Lindstrom M., Parkvall S., LTE:the evolution of mobile broadband, Communications Magazine, IEEE, Vol.47, pp.44-51,2009
[12]Erik Dahlman, Stefan Parkvall, Johan Skold, Per Beming,3G Evolution: HSPA and LTE for Mobile Broadband, Academic Press,2007
[13]Ratasuk R., Ghosh A., Weimin Xiao, Love R., Nory R., Classon B., TDD Design for UMTS Long-Term Evolution, IEEE PIMRC 2008, Sept. 2008
[14]Ajay R. Mishra, Advanced Cellular Network Planning and Optimisation,1 Edition, Wiley,2007
[15]Thomas Toftegaard Nielsen, Jeroen Wigard, Performance Enhancements in a Frequency Hopping GSM Network, Springer,2010
[16]Michael L. Honig, Advances in Multiuser Detection, Wiley-IEEE Press, 2009
[17]吴伟陵,牛凯,移动通信原理,电子工业出版社,2005年
[18]Boudreau, G, Panicker, J., Ning Guo, Rui Chang, Neng Wang, Vrzic, S., Interference coordination and cancellation for 4G networks, Communications Magazine, IEEE, Vol.47, Issue.4, pp.74-81,2009
[19]Elayoubi S.-E., Fourestie B., On frequency allocation in 3G LTE systems, IEEE PIMRC 2006, pp.1-5,2006
[20]Rahman M., Yanikomeroglu H., Wong W, Interference Avoidance with Dynamic Inter-Cell Coordination for Downlink LTE System, IEEE WCNC 2009,2009
[21]Chang R.Y., Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., Multicell OFDMA Downlink Resource Allocation Using a Graphic Framework, Vehicular Technology, IEEE Transactions on, Vol.58, pp.3494-3507,2009
[22]Kyong-Hoe Kim, Jong-Ho Lee, Chang-Hoon Lee, Nam-Ryul Jeon, Seong-Cheol Kim, Coordinated Beamforming with Limited BS Cooperation for Multicell Multiuser MIMO Broadcast Channel, IEEE VTC Spring 2009, pp.1-5,2009
[23]Bernhard H. Walke, Mobile Radio Networks:Networking:protocols and traffic performance.2nd Edition, John Wiley and Sons, December 2001
[24]William C.Y. Lee, Mobile Cellular Telecommunications System, McGraw-Hill,1989
[25]3GPP R1-050507, Soft Frequency Reuse Scheme for UTRAN LTE, Huawei,3GPP TSG RAN WG1#41,3rd Generation Partnership Project, May 2005
[26]Rahman, M., Yanikomeroglu, H., Enhancing cell-edge performance:a downlink dynamic interference avoidance scheme with inter-cell coordination, Wireless Communications, IEEE Transactions on, Vol.9, Issue.4,2010
[27]Jianchi Zhu, Guangyi Liu, Ying Wang, Ping Zhang, A hybrid inter-cell interference mitigation scheme for OFDM A based E-UTRA downlink, APCC.2006, Aug.2006
[28]L Yang, W Fang, C Yongyu, D Yang, Theoretical and Simulation Investigation on Coexistence between TD-SCDMA and WCDMA system, VTC2007-Spring, pp.1198-1203,2007
[29]Jun Zhang, Runhua Chen, Andrews, J.G., Ghosh, A., Heath, R.W., Networked MIMO with clustered linear precoding, Wireless Communications, IEEE Transactions on, Vol.8, pp.1910, April 2009
[30]Yu-Jung Chang, Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., A Graph-Based Approach to Multi-Cell OFDMA Downlink Resource Allocation, GLOCOM.2008, pp.1-6,2008
[31]Venturino, L., Prasad, N., Xiaodong Wang, Coordinated Scheduling and Power Allocation in Downlink Multicell OFDMA Networks, Vehicular Technology, IEEE Transactions on, Vol.58, pp.2835-2848,2009
[32]Chatzinotas, S., Imran, M., Hoshyar, R., On the multicell processing capacity of the cellular MIMO uplink channel in correlated rayleigh fading environment, Wireless Communications, IEEE Transactions on, Vol.8, Issue.7, pp.3704-3715,2009
[33]C.-C. Kuo, Shang-Ho Tsai, Layla Tadjpour, Yu-Hao Chang, Precoding Techniques for Digital Communication Systems, Springer,2010
[34]Robert F. H. Fischer, Precoding and Signal Shaping for Digital Transmission, Wiley-IEEE Press,2002
[35]Somekh, O., Simeone, O., Bar-Ness, Y, Haimovich, A.M., Distributed Multi-Cell Zero-Forcing Beamforming in Cellular Downlink Channels, IEEE GLOBECOM 2006,2006
[36]Somekh, O., Simeone, O., Bar-Ness, Y, Haimovich, A.M., Shamai, S., Cooperative Multicell Zero-Forcing Beamforming in Cellular Downlink Channels, Information Theory, IEEE Transactions on, Vol.55, Issue.7, pp.3206-3219,2009
[37]Sheng Jing, David N. C. Tse, Joseph B. Soriaga, Jilei Hou, JohnE. Smee, Roberto Padovani, Multi-Cell Downlink Capacity with Coordinated Processing, EURASIP Journal on Wireless Communications and Networking, Vol.2008, March 2008
[38]Tang Xiaojun, Ramprashad Sean A., Papadopoulos Haralabos, Multi-Cell User-Scheduling and Random Beamforming Strategies for Downlink Wireless Communications, IEEE VTC2009-Fall, pp.1-5,2009
[39]Bendlin R., Yih-Fang Huang, Ivrlac M.T., Nossek J.A., Fast Distributed Multi-Cell Scheduling with Delayed Limited-Capacity Backhaul Links, ICC'09, pp.1-5,2009
[40]XiangDong, Yue Rong, Yingbo Hua, Cooperative power scheduling for a network of MIMO links, Wireless Communications, IEEE Transactions on, Vol.9, Issue.3, pp.939-944,2010
[41]Jeong-woo Cho, Jeonghoon Mo, Song Chong, Joint network-wide opportunistic scheduling and power control in multi-cell networks, Wireless Communications, IEEE Transactions on, Vol.8, Issue.3, pp.1520-1531, 2009
[42]European Radio communications Committee (ERC) Report 101 , A Comparison of Minimum Coupling Loss Method, Enhanced Minimum Coupling Loss Method and the Monte-Carlo Simulation, Menton,1999.
[43]中国通信标准协会,WCDMA与TD-SCDMA干扰保护研究,无线通信技术工作委员会频率工作组,中国通信标准协会,2005年
[44]张长钢,孙保红,李猛等,WCDMA无线网络规划原理与实践,人民邮电出版社,2005
[45]Lee D.J.Y., Ce Xu, Intermodulation and harmonic interference between AMPS and GSM system, ICUPC.1997, Vol.2, pp.873-877,1997
[46]T. Wilkinson, P.Howard, The practical realities of UTRA TDD and FDD co-existence and their impact on the future spectrum allocations, PIMRC 2004, Vol.1, pp.22-26,2004
[47]L. Tin Lin, C. Faure, D. Grandblaise, Impact of FDD/TDD co-existence on overall UMTS system performance, IEEE VTC 2001 Spring, vol.4, pp. 2655-2659,2001
[48]Jingxin Chen, Grace D., Mitchell P. J., Capacity Analysis of Coexisting TD-SCDMA/WCDMA Systems, PIMRC.2007,2007
[1]Jeffrey G. Andrews, Arunabha Ghosh, Rias Muhamed, Fundamentals of WiMAX: Understanding Broadband Wireless Networking, Prentice Hall,2007
[2]Fan Wang, Ghosh, A., Sankaran,C., Fleming, P., Hsieh, F., Benes, S., Mobile WiMAX systems:performance and evolution, Communications Magazine, IEEE, Vol.46, Issue.10, pp.41-49,2008
[3]WG802.16-Broadband Wireless Access Working Group,802.16e-2005-IEEE Standard for Local and Metropolitan Area Networks, IEEE STANDARD,2005
[4]3GPP TR 25.814 V7.1.0, Physical layer aspects for evolved Universal Terrestrial Radio Access (UTRA),3rd Generation Partnership Project, Technical Report, June 2005
[5]3GPP TR 25.913 V8.0.0, Requirements for evolved UTRA (E-UTRA) and evolved-UTRAN (E-UTRAN),3rd Generation Partnership Project, Technical Report, June 2005
[6]Erik Dahlman, Stefan Parkvall, Johan Skold, Per Beming,3G Evolution:HSPA and LTE for Mobile Broadband, Academic Press,2007
[7]张克平,LTE-B3G/4G移动通信系统无线技术,电子工业出版社,2008
[8]沈嘉,索士强,全海洋,3GPP长期演进(LTE)技术原理与系统设计,人民邮电出版社,2008
[9]3GPP TS 23.401, General Packet Radio Service (GPRS) enhancements for Evolved Universal Terrestrial Radio Access Network (E-UTRAN) access,3rd Generation Partnership Project, Technical Specification,2007
[10]3GPP TS 36.401, Evolved Universal Terrestrial Radio Access Network (E-UTRAN); Architecture description,3rd Generation Partnership Project, Technical Specification,2007
[11]Astely D., Dahlman E., Furuskar A., Jading Y., Lindstrom M., Parkvall S., LTE:the evolution of mobile broadband, Communications Magazine, IEEE, Vol.47, pp.44-51,2009
[12]Myung H.G, Junsung Lim, Goodman D.J, Single carrier FDMA for uplink wireless transmission, Vehicular Technology Magazine, IEEE, Vol.1, Issue.3, Sept.2006
[13]杨鹏,李波,LTE的关键技术及其标准演进,电信网技术,2009年第一月第一期
[14]George Tsoulos, MIMO System Technology for Wireless Communications (Electrical Engineering & Applied Signal Processing Series), CRC Press,2006
[15]Stefania Sesia, Issam Toufik, Matthew Baker, LTE, The UMTS Long Term Evolution:From Theory to Practice, Wiley,2009
[16]Jungwon Lee, Hui-Ling Lou, Toumpakaris, D., Jang, E., Cioffi, J., Transceiver design for MIMO wireless systems incorporating hybrid ARQ, Communications Magazine, IEEE, Vol.47, Issue.1, pp.32-40,2009
[17]第三代移动通信系统评估小组,第三代移动通信系统无线传输技术(RTT)链路级仿真方法,邮电部,1998
[18]Brueninghaus, K., Astely, D., Salzer,T., Visuri, S., Alexiou,A., Karger, S. Seraji, G.-A., Link performance models for system level simulations of broadband radio access systems, PIMRC 2005, pp.2306-2311,2005
[19]第三代移动通信系统评估小组,第三代移动通信系统无线传输技术(RTT)系统级仿真方法,邮电部,1998
[20]3GPP2C.R1002-Bvl.0, Evaluation Methodology Revision B,3GPP2TSG-C, 3rd Generation Partnership Project 2,2009
[21]汪海明,艾萨.图玛拉,多载波通信系统仿真中的EESM和MI-ESM方法,电讯技术,2006
[22]Xiang Chen, Lei Wan, Zhenyuan Gao, Zesong Fei, Jingming Kuang, The Application of EESM and MI-Based Link Quality Models for Rate Compatible LDPC Codes, IEEE Vehicular Technology Conference, pp.1288-1292, Fall.2007
[23]Hui Song, Kwan. R., Jie Zhang, On statistical characterization of EESM effective SNR over frequency selective channels, IEEE Transactions on Wireless Communications, Vol.8, Issue 8, pp.3955-3960,2009
[24]William H. Tranter, K.Sam Shanmugan, Theodore S.Rappaport, Kurt L.Kosbar著,肖明波,杨光松,许芳,席斌译,通信系统仿真原理与无线应用,机械工业出版社,2005
[25]Hiroshi Harada, Ramjee Prasad, Simulation and Software Radio for Mobile Communications, Artech House Publishers,2002
[1]Erik Dahlman, Stefan Parkvall, Johan Skold,4G:LTE/LTE-Advanced for Mobile Broadband, Academic Press,2011
[2]沈嘉,索士强,全海洋,3GPP长期演进(LTE)技术原理与系统设计,人民邮电出版社,2008
[3]Astely D., Dahlman E., Furuskar A., Jading Y., Lindstrom M., Parkvall S., LTE:the evolution of mobile broadband, Communications Magazine, IEEE, Vol.47, pp.44-51,2009
[4]ErikDahlman, Stefan Parkvall, Johan Skold, Per Beming,3G Evolution: HSPA and LTE for Mobile Broadband, Academic Press,2007
[5]Boudreau, G, Panicker, J., Ning Guo, Rui Chang, Neng Wang, Vrzic, S., Interference coordination and cancellation for 4G networks, Communications Magazine, IEEE, Vol.47, Issue.4, pp.74-81,2009
[6]Jianchi Zhu, Guangyi Liu, Ying Wang, Ping Zhang, A hybrid inter-cell interference mitigation scheme for OFDM A based E-UTRA downlink, APCC.2006, Aug.2006
[7]Rahman M., Yanikomeroglu H., Wong W, Interference Avoidance with Dynamic Inter-Cell Coordination for Downlink LTE System, IEEE WCNC 2009,2009
[8]Elayoubi S.-E., Fourestie B., On frequency allocation in 3G LTE systems, IEEE PIMRC 2006, pp.1-5,2006
[9]Sang Goo Kim, Kyongkuk Cho, Dongweon Yoon, Young-Jo Ko, Jae Kyun Kwon, Performance Analysis of Downlink Inter Cell Interference Coordination in the LTE-Advanced System, ICDT'09,2009
[10]Rahman, M., Yanikomeroglu, H., Enhancing cell-edge performance:a downlink dynamic interference avoidance scheme with inter-cell coordination, Wireless Communications, IEEE Transactions on, Vol.9, Issue.4,2010
[11]J. Huang, V. Subramanian, R. Agrawal, R. Berry, Downlink scheduling and resource allocation for OFDM system, Wireless Communications, IEEE Transactions on, vol.8, no.1, pp.288-296, Jan.2009
[12]HuiJin, Laroia, R., Richardson, Superposition by position, IEEEITW'06 Mar.2006.
[13]J. Lim, D. Hong, Inter-Carrier Interference Estimation in OFDM Systems with Unknown Noise Distributions, IEEE Signal Process Letters, vol.16, pp.493-496, Jun.2009
[14]3GPP TS 36.211 V8.4.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Physical channels and modulation,3rd Generation Partnership Project, Technical Specification,2008
[15]Illsoo Sohn, Kwang Lee, Young Choi, Comparison of decentralized time slot allocation strategies for asymmetric traffic in TDD systems, Wireless Communications, IEEE Transactions on, Vol.8, Issue.6,2009
[16]Peter W. C. Chan, Ernest S. Lo, Ray R. Wang, etc., The evolution path of 4G networks:FDD or TDD?, Communications Magazine, IEEE, Vol.44, Issue.12,2006
[17]3GPP TR25.895 V6.0.0, Analysis of higher chip rates for UTRA TDD evolution,3rd Generation Partnership Project, Technical Report,2004.
[18]3GPP2 C.R1002-A V1.0, cdma2000 Evaluation Methodology Revision A, 3GPP2 TSG-C,3rd Generation Partnership Project 2,2004
[19]3GPP TR 36.942 V9.2.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Radio Frequency (RF) system scenarios,3rd Generation Partnership Project, Technical Report, Dec.2009
[20]3GPP TR25.848 V4.0.0, Physical layer aspects of UTRA High Speed Downlink Packet Access,3rd Generation Partnership Project, Technical Report,2001
[21]3GPP TR 25.892 V6.0.0, Feasibility study for Orthogonal Frequency Division Multiplexing (OFDM) for UTRAN enhancement (Release 6),3rd Generation Partnership Project, Technical Specification,2004
[22]Necker M C., Interference Coordination in Cellular OFDMA Networks. IEEE Network, vol.22, pp.12-19, November/December 2008
[23]SterNad M., Ottosson T., Ahlen A., Svensson A., Attaining both Coverage and High Spectral Efficiency with Adaptive OFDM Downlinks, VTC 2003-Fall,2003
[24]3GPP Rl-050507, Soft Frequency Reuse Scheme for UTRAN LTE, Huawei,3GPP TSG RAN WG1#41,3rd Generation Partnership Project, May 2005
[25]Venturino L., Prasad N., Xiaodong Wang, An Improved Iterative Water-Filling Algorithm for Multi-Cell Interference Mitigation in Downlink OFDMA Networks, ACSSC 2007, pp.1718-1722, Nov.2007
[26]Venturino L., Prasad N., Xiaodong Wang, A successive convex approximation algorithm for weighted sum-rate maximization in downlink OFDMA networks, CISS2008, pp.379-384, March 2008
[1]Venturino, L., Prasad, N., Xiaodong Wang, Coordinated Scheduling and Power Allocation in Downlink Multicell OFDMA Networks, Vehicular Technology, IEEE Transactions on, Vol.58, pp.2835-2848,2009
[2]Venturino L., Prasad N., Xiaodong Wang, An Improved Iterative Water-Filling Algorithm for Multi-Cell Interference Mitigation in Downlink OFDMA Networks, ACSSC2007, pp.1718-1722, Nov.2007
[3]Marsch P., Fettweis G., On Base Station Cooperation Schemes for Downlink Network MIMO under a Constrained Backhaul, IEEE GLOBECOM 2008,2008
[4]Andrews, J.G., Wan Choi, Heath, R.W., Overcoming interference in spatial multiplexing MIMO cellular networks, Wireless Communications, IEEE, Vol.14, Issue.6, pp.95-104,2007
[5]Boudreau, G, Panicker, J., Ning Guo, Rui Chang, Neng Wang, Vrzic, S., Interference coordination and cancellation for 4G networks, Communications Magazine, IEEE, Vol.47, Issue.4, pp.74-81,2009
[6]Brueck S., Giese J., Zhao L., Dekorsy A., On MAC Layer Throughput Enhancements in LTE-A by Downlink Macro Diversity, ICC Workshops 2009,2009
[7]Jun Zhang, Runhua Chen, Andrews, J.G., Ghosh, A., Heath, R.W., Networked MIMO with clustered linear precoding, Wireless Communications, IEEE Transactions on, Vol.8, pp.1910, April 2009
[8]Huang H., Trivellato M., Hottinen A., Shafi M., Smith P., Valenzuela R. Increasing Downlink Cellular Throughput with Limited Network MIMO Coordination, Wireless Communications, IEEE Transactions on, Vol.8, Issue.6, pp.2983-2989,2009
[9]Venturino L., Prasad N., Xiaodong Wang, A successive convex approximation algorithm for weighted sum-rate maximization in downlink OFDMA networks, CISS2008, pp.379-384, March 2008
[10]Minghai Feng, Xiaoming She, Lan Chen, Kishiyama Y., Enhanced Dynamic Cell Selection with Muting Scheme for DL CoMP in LTE-A, IEEEVTC2010-Spring, pp.1-5,2010
[11]Gao Youjun, Wang Qixing, Liu Guangyi, The Access Network and Protocol Design for CoMP Technique in LTE-Advanced System, IEEE WiCOM2010,2010
[12]Mailaender Laurence, Indoor Network MIMO Performance with Regularized Zero-Forcing Transmission, IEEE ISSSTA'08, pp.124-128, 2008
[13]Venkatesan S., Lozano A., Valenzuela R., Network MIMO:Overcoming Intercell Interference in Indoor Wireless Systems, IEEE ACSSC 2007, pp.83-87,2007
[14]Chang R.Y., Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., A Graph Approach to Dynamic FractionalFrequency Reuse (FFR) in Multi-Cell OFDMA Networks, IEEE ICC'09,2009
[15]谢显中,雷维嘉,抑制MIMO蜂窝系统中小区间干扰的多基站联合处理研究进展,数字通信,2009年3期
[16]Nan Zhou, Xu Zhu, Yi Huang, Cross-Layer Optimization with Guaranteed QoS for Wireless Multiuser OFDM Systems, IEEE PIMRC 2007,2007
[17]Stephen Boyd, Lieven Vandenberghe, Convex optimization, Cambridge University Press, March 8,2004
[1]李世鹤,杨运年,TD-SCDMA第三代移动通信系统,人民邮电出版社,2009
[2]王映民,孙韶辉,TD-LTE技术原理与系统设计,人民邮电出版社,2010
[3]European Radio communications Committee (ERC) Report 101, A Comparison of Minimum Coupling Loss Method, Enhanced Minimum Coupling Loss Method and the Monte-Carlo Simulation, Menton,1999.
[4]Han-Shin Jo, Hyun-Goo Yoon, JaeWoo Lim, Jong-Gwan Yook, An Advanced MCL Method for Assessing Interference Potential of OFDM-Based Systems beyond 3G with Dynamic Power Allocation, ECWT.2006, pp.39-42,2006
[5]3GPP TS 25.102 V8.4.0, User Equipment (UE) radio transmission and reception (TDD),3rd Generation Partnership Project, Technical Specification,2009
[6]3GPP TS 25.105 V8.4.0, Base Station (BS) radio transmission and reception (TDD),3rd Generation Partnership Project, Technical Specification,2009
[7]3GPP TS 36.101 V9.0.0, Evolved Universal Terrestrial Radio Access (E-UTRA); User Equipment (UE) radio transmission and reception,3rd Generation Partnership Project, Technical Specification,2009
[8]3GPP TS 36.104 V9.0.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Base Station (BS) radio transmission and reception,3rd Generation Partnership Project, Technical Specification,2009
[9]CCSA TC5_WG8_2008_104B,2GHz TD-HSDPA 与 TD-SCDMA宏蜂窝场景共存仿真假设,中国通信标准化协会,2008
[10]Theodore S. Rappaport, Wireless Communications:Principles and Practice, Second Edition, Prentice Hall,2002
[11]3GPP TR 36.942 V9.2.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Radio Frequency (RF) system scenarios,3rd Generation Partnership Project, Technical Report, Dec.2009
[12]张长钢,孙保红,李猛等,WCDMA无线网络规划原理与实践,人民邮电出版社,2005
[13]Stephen Boyd, Lieven Vandenberghe, Convex optimization, Cambridge University Press, March 8,2004
[14]Rahman M., Yanikomeroglu H., Wong W., Interference Avoidance with Dynamic Inter-Cell Coordination for Downlink LTE System, IEEE WCNC 2009,2009
[15]Chang R.Y., Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., A Graph Approach to Dynamic FractionalFrequency Reuse (FFR) in Multi-Cell OFDMA Networks, IEEE ICC'09,2009
[16]彭木根,王文博,异构无线通信系统的协同中继选择,北京邮电大学学报,pp.82-87,2008
[2]Neil J. Boucher, The Cellular Radio Handbook:A Reference for Cellular System Operation, Wiley-Interscience,2001
[3]Frenkiel R., Creating cellular:A history of the AMPS project (1971-1983) [History of Communications], Communications Magazine, IEEE, Vol.48, Issue.9, pp.14-24,2010
[4]MacDonald V. H., The Cellular Concept, The Bell System Technical Journal, vol.58, no.1, January,1979
[5]Michel Mouly, Marie Bernadette Pautet, The GSM System for Mobile Communications, Telecom Publishing,1992
[6]Clint Smith,3G Wireless Networks, Second Edition, McGraw-Hill Osborne Media,2006
[7]Juha Korhonen, Introduction to 3G Mobile Communications, Second Edition, Artech House Publishers,2003
[8]Lawrence Harte, Introduction to Wideband Code Division Multiple Access (WCDMA), Althos,2004
[9]VieriVanghi, Aleksandar Damnjanovic, Branimir Vojcic, The cdma2000 System for Mobile Communications:3G Wireless Evolution, Prentice Hall, 2004
[10]李世鹤,TD-SCDMA第三代移动通信系统标准,人民邮电出版社,2003
[11]Astely D., Dahlman E., Furuskar A., Jading Y., Lindstrom M., Parkvall S., LTE:the evolution of mobile broadband, Communications Magazine, IEEE, Vol.47, pp.44-51,2009
[12]Erik Dahlman, Stefan Parkvall, Johan Skold, Per Beming,3G Evolution: HSPA and LTE for Mobile Broadband, Academic Press,2007
[13]Ratasuk R., Ghosh A., Weimin Xiao, Love R., Nory R., Classon B., TDD Design for UMTS Long-Term Evolution, IEEE PIMRC 2008, Sept. 2008
[14]Ajay R. Mishra, Advanced Cellular Network Planning and Optimisation,1 Edition, Wiley,2007
[15]Thomas Toftegaard Nielsen, Jeroen Wigard, Performance Enhancements in a Frequency Hopping GSM Network, Springer,2010
[16]Michael L. Honig, Advances in Multiuser Detection, Wiley-IEEE Press, 2009
[17]吴伟陵,牛凯,移动通信原理,电子工业出版社,2005年
[18]Boudreau, G, Panicker, J., Ning Guo, Rui Chang, Neng Wang, Vrzic, S., Interference coordination and cancellation for 4G networks, Communications Magazine, IEEE, Vol.47, Issue.4, pp.74-81,2009
[19]Elayoubi S.-E., Fourestie B., On frequency allocation in 3G LTE systems, IEEE PIMRC 2006, pp.1-5,2006
[20]Rahman M., Yanikomeroglu H., Wong W, Interference Avoidance with Dynamic Inter-Cell Coordination for Downlink LTE System, IEEE WCNC 2009,2009
[21]Chang R.Y., Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., Multicell OFDMA Downlink Resource Allocation Using a Graphic Framework, Vehicular Technology, IEEE Transactions on, Vol.58, pp.3494-3507,2009
[22]Kyong-Hoe Kim, Jong-Ho Lee, Chang-Hoon Lee, Nam-Ryul Jeon, Seong-Cheol Kim, Coordinated Beamforming with Limited BS Cooperation for Multicell Multiuser MIMO Broadcast Channel, IEEE VTC Spring 2009, pp.1-5,2009
[23]Bernhard H. Walke, Mobile Radio Networks:Networking:protocols and traffic performance.2nd Edition, John Wiley and Sons, December 2001
[24]William C.Y. Lee, Mobile Cellular Telecommunications System, McGraw-Hill,1989
[25]3GPP R1-050507, Soft Frequency Reuse Scheme for UTRAN LTE, Huawei,3GPP TSG RAN WG1#41,3rd Generation Partnership Project, May 2005
[26]Rahman, M., Yanikomeroglu, H., Enhancing cell-edge performance:a downlink dynamic interference avoidance scheme with inter-cell coordination, Wireless Communications, IEEE Transactions on, Vol.9, Issue.4,2010
[27]Jianchi Zhu, Guangyi Liu, Ying Wang, Ping Zhang, A hybrid inter-cell interference mitigation scheme for OFDM A based E-UTRA downlink, APCC.2006, Aug.2006
[28]L Yang, W Fang, C Yongyu, D Yang, Theoretical and Simulation Investigation on Coexistence between TD-SCDMA and WCDMA system, VTC2007-Spring, pp.1198-1203,2007
[29]Jun Zhang, Runhua Chen, Andrews, J.G., Ghosh, A., Heath, R.W., Networked MIMO with clustered linear precoding, Wireless Communications, IEEE Transactions on, Vol.8, pp.1910, April 2009
[30]Yu-Jung Chang, Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., A Graph-Based Approach to Multi-Cell OFDMA Downlink Resource Allocation, GLOCOM.2008, pp.1-6,2008
[31]Venturino, L., Prasad, N., Xiaodong Wang, Coordinated Scheduling and Power Allocation in Downlink Multicell OFDMA Networks, Vehicular Technology, IEEE Transactions on, Vol.58, pp.2835-2848,2009
[32]Chatzinotas, S., Imran, M., Hoshyar, R., On the multicell processing capacity of the cellular MIMO uplink channel in correlated rayleigh fading environment, Wireless Communications, IEEE Transactions on, Vol.8, Issue.7, pp.3704-3715,2009
[33]C.-C. Kuo, Shang-Ho Tsai, Layla Tadjpour, Yu-Hao Chang, Precoding Techniques for Digital Communication Systems, Springer,2010
[34]Robert F. H. Fischer, Precoding and Signal Shaping for Digital Transmission, Wiley-IEEE Press,2002
[35]Somekh, O., Simeone, O., Bar-Ness, Y, Haimovich, A.M., Distributed Multi-Cell Zero-Forcing Beamforming in Cellular Downlink Channels, IEEE GLOBECOM 2006,2006
[36]Somekh, O., Simeone, O., Bar-Ness, Y, Haimovich, A.M., Shamai, S., Cooperative Multicell Zero-Forcing Beamforming in Cellular Downlink Channels, Information Theory, IEEE Transactions on, Vol.55, Issue.7, pp.3206-3219,2009
[37]Sheng Jing, David N. C. Tse, Joseph B. Soriaga, Jilei Hou, JohnE. Smee, Roberto Padovani, Multi-Cell Downlink Capacity with Coordinated Processing, EURASIP Journal on Wireless Communications and Networking, Vol.2008, March 2008
[38]Tang Xiaojun, Ramprashad Sean A., Papadopoulos Haralabos, Multi-Cell User-Scheduling and Random Beamforming Strategies for Downlink Wireless Communications, IEEE VTC2009-Fall, pp.1-5,2009
[39]Bendlin R., Yih-Fang Huang, Ivrlac M.T., Nossek J.A., Fast Distributed Multi-Cell Scheduling with Delayed Limited-Capacity Backhaul Links, ICC'09, pp.1-5,2009
[40]XiangDong, Yue Rong, Yingbo Hua, Cooperative power scheduling for a network of MIMO links, Wireless Communications, IEEE Transactions on, Vol.9, Issue.3, pp.939-944,2010
[41]Jeong-woo Cho, Jeonghoon Mo, Song Chong, Joint network-wide opportunistic scheduling and power control in multi-cell networks, Wireless Communications, IEEE Transactions on, Vol.8, Issue.3, pp.1520-1531, 2009
[42]European Radio communications Committee (ERC) Report 101 , A Comparison of Minimum Coupling Loss Method, Enhanced Minimum Coupling Loss Method and the Monte-Carlo Simulation, Menton,1999.
[43]中国通信标准协会,WCDMA与TD-SCDMA干扰保护研究,无线通信技术工作委员会频率工作组,中国通信标准协会,2005年
[44]张长钢,孙保红,李猛等,WCDMA无线网络规划原理与实践,人民邮电出版社,2005
[45]Lee D.J.Y., Ce Xu, Intermodulation and harmonic interference between AMPS and GSM system, ICUPC.1997, Vol.2, pp.873-877,1997
[46]T. Wilkinson, P.Howard, The practical realities of UTRA TDD and FDD co-existence and their impact on the future spectrum allocations, PIMRC 2004, Vol.1, pp.22-26,2004
[47]L. Tin Lin, C. Faure, D. Grandblaise, Impact of FDD/TDD co-existence on overall UMTS system performance, IEEE VTC 2001 Spring, vol.4, pp. 2655-2659,2001
[48]Jingxin Chen, Grace D., Mitchell P. J., Capacity Analysis of Coexisting TD-SCDMA/WCDMA Systems, PIMRC.2007,2007
[1]Jeffrey G. Andrews, Arunabha Ghosh, Rias Muhamed, Fundamentals of WiMAX: Understanding Broadband Wireless Networking, Prentice Hall,2007
[2]Fan Wang, Ghosh, A., Sankaran,C., Fleming, P., Hsieh, F., Benes, S., Mobile WiMAX systems:performance and evolution, Communications Magazine, IEEE, Vol.46, Issue.10, pp.41-49,2008
[3]WG802.16-Broadband Wireless Access Working Group,802.16e-2005-IEEE Standard for Local and Metropolitan Area Networks, IEEE STANDARD,2005
[4]3GPP TR 25.814 V7.1.0, Physical layer aspects for evolved Universal Terrestrial Radio Access (UTRA),3rd Generation Partnership Project, Technical Report, June 2005
[5]3GPP TR 25.913 V8.0.0, Requirements for evolved UTRA (E-UTRA) and evolved-UTRAN (E-UTRAN),3rd Generation Partnership Project, Technical Report, June 2005
[6]Erik Dahlman, Stefan Parkvall, Johan Skold, Per Beming,3G Evolution:HSPA and LTE for Mobile Broadband, Academic Press,2007
[7]张克平,LTE-B3G/4G移动通信系统无线技术,电子工业出版社,2008
[8]沈嘉,索士强,全海洋,3GPP长期演进(LTE)技术原理与系统设计,人民邮电出版社,2008
[9]3GPP TS 23.401, General Packet Radio Service (GPRS) enhancements for Evolved Universal Terrestrial Radio Access Network (E-UTRAN) access,3rd Generation Partnership Project, Technical Specification,2007
[10]3GPP TS 36.401, Evolved Universal Terrestrial Radio Access Network (E-UTRAN); Architecture description,3rd Generation Partnership Project, Technical Specification,2007
[11]Astely D., Dahlman E., Furuskar A., Jading Y., Lindstrom M., Parkvall S., LTE:the evolution of mobile broadband, Communications Magazine, IEEE, Vol.47, pp.44-51,2009
[12]Myung H.G, Junsung Lim, Goodman D.J, Single carrier FDMA for uplink wireless transmission, Vehicular Technology Magazine, IEEE, Vol.1, Issue.3, Sept.2006
[13]杨鹏,李波,LTE的关键技术及其标准演进,电信网技术,2009年第一月第一期
[14]George Tsoulos, MIMO System Technology for Wireless Communications (Electrical Engineering & Applied Signal Processing Series), CRC Press,2006
[15]Stefania Sesia, Issam Toufik, Matthew Baker, LTE, The UMTS Long Term Evolution:From Theory to Practice, Wiley,2009
[16]Jungwon Lee, Hui-Ling Lou, Toumpakaris, D., Jang, E., Cioffi, J., Transceiver design for MIMO wireless systems incorporating hybrid ARQ, Communications Magazine, IEEE, Vol.47, Issue.1, pp.32-40,2009
[17]第三代移动通信系统评估小组,第三代移动通信系统无线传输技术(RTT)链路级仿真方法,邮电部,1998
[18]Brueninghaus, K., Astely, D., Salzer,T., Visuri, S., Alexiou,A., Karger, S. Seraji, G.-A., Link performance models for system level simulations of broadband radio access systems, PIMRC 2005, pp.2306-2311,2005
[19]第三代移动通信系统评估小组,第三代移动通信系统无线传输技术(RTT)系统级仿真方法,邮电部,1998
[20]3GPP2C.R1002-Bvl.0, Evaluation Methodology Revision B,3GPP2TSG-C, 3rd Generation Partnership Project 2,2009
[21]汪海明,艾萨.图玛拉,多载波通信系统仿真中的EESM和MI-ESM方法,电讯技术,2006
[22]Xiang Chen, Lei Wan, Zhenyuan Gao, Zesong Fei, Jingming Kuang, The Application of EESM and MI-Based Link Quality Models for Rate Compatible LDPC Codes, IEEE Vehicular Technology Conference, pp.1288-1292, Fall.2007
[23]Hui Song, Kwan. R., Jie Zhang, On statistical characterization of EESM effective SNR over frequency selective channels, IEEE Transactions on Wireless Communications, Vol.8, Issue 8, pp.3955-3960,2009
[24]William H. Tranter, K.Sam Shanmugan, Theodore S.Rappaport, Kurt L.Kosbar著,肖明波,杨光松,许芳,席斌译,通信系统仿真原理与无线应用,机械工业出版社,2005
[25]Hiroshi Harada, Ramjee Prasad, Simulation and Software Radio for Mobile Communications, Artech House Publishers,2002
[1]Erik Dahlman, Stefan Parkvall, Johan Skold,4G:LTE/LTE-Advanced for Mobile Broadband, Academic Press,2011
[2]沈嘉,索士强,全海洋,3GPP长期演进(LTE)技术原理与系统设计,人民邮电出版社,2008
[3]Astely D., Dahlman E., Furuskar A., Jading Y., Lindstrom M., Parkvall S., LTE:the evolution of mobile broadband, Communications Magazine, IEEE, Vol.47, pp.44-51,2009
[4]ErikDahlman, Stefan Parkvall, Johan Skold, Per Beming,3G Evolution: HSPA and LTE for Mobile Broadband, Academic Press,2007
[5]Boudreau, G, Panicker, J., Ning Guo, Rui Chang, Neng Wang, Vrzic, S., Interference coordination and cancellation for 4G networks, Communications Magazine, IEEE, Vol.47, Issue.4, pp.74-81,2009
[6]Jianchi Zhu, Guangyi Liu, Ying Wang, Ping Zhang, A hybrid inter-cell interference mitigation scheme for OFDM A based E-UTRA downlink, APCC.2006, Aug.2006
[7]Rahman M., Yanikomeroglu H., Wong W, Interference Avoidance with Dynamic Inter-Cell Coordination for Downlink LTE System, IEEE WCNC 2009,2009
[8]Elayoubi S.-E., Fourestie B., On frequency allocation in 3G LTE systems, IEEE PIMRC 2006, pp.1-5,2006
[9]Sang Goo Kim, Kyongkuk Cho, Dongweon Yoon, Young-Jo Ko, Jae Kyun Kwon, Performance Analysis of Downlink Inter Cell Interference Coordination in the LTE-Advanced System, ICDT'09,2009
[10]Rahman, M., Yanikomeroglu, H., Enhancing cell-edge performance:a downlink dynamic interference avoidance scheme with inter-cell coordination, Wireless Communications, IEEE Transactions on, Vol.9, Issue.4,2010
[11]J. Huang, V. Subramanian, R. Agrawal, R. Berry, Downlink scheduling and resource allocation for OFDM system, Wireless Communications, IEEE Transactions on, vol.8, no.1, pp.288-296, Jan.2009
[12]HuiJin, Laroia, R., Richardson, Superposition by position, IEEEITW'06 Mar.2006.
[13]J. Lim, D. Hong, Inter-Carrier Interference Estimation in OFDM Systems with Unknown Noise Distributions, IEEE Signal Process Letters, vol.16, pp.493-496, Jun.2009
[14]3GPP TS 36.211 V8.4.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Physical channels and modulation,3rd Generation Partnership Project, Technical Specification,2008
[15]Illsoo Sohn, Kwang Lee, Young Choi, Comparison of decentralized time slot allocation strategies for asymmetric traffic in TDD systems, Wireless Communications, IEEE Transactions on, Vol.8, Issue.6,2009
[16]Peter W. C. Chan, Ernest S. Lo, Ray R. Wang, etc., The evolution path of 4G networks:FDD or TDD?, Communications Magazine, IEEE, Vol.44, Issue.12,2006
[17]3GPP TR25.895 V6.0.0, Analysis of higher chip rates for UTRA TDD evolution,3rd Generation Partnership Project, Technical Report,2004.
[18]3GPP2 C.R1002-A V1.0, cdma2000 Evaluation Methodology Revision A, 3GPP2 TSG-C,3rd Generation Partnership Project 2,2004
[19]3GPP TR 36.942 V9.2.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Radio Frequency (RF) system scenarios,3rd Generation Partnership Project, Technical Report, Dec.2009
[20]3GPP TR25.848 V4.0.0, Physical layer aspects of UTRA High Speed Downlink Packet Access,3rd Generation Partnership Project, Technical Report,2001
[21]3GPP TR 25.892 V6.0.0, Feasibility study for Orthogonal Frequency Division Multiplexing (OFDM) for UTRAN enhancement (Release 6),3rd Generation Partnership Project, Technical Specification,2004
[22]Necker M C., Interference Coordination in Cellular OFDMA Networks. IEEE Network, vol.22, pp.12-19, November/December 2008
[23]SterNad M., Ottosson T., Ahlen A., Svensson A., Attaining both Coverage and High Spectral Efficiency with Adaptive OFDM Downlinks, VTC 2003-Fall,2003
[24]3GPP Rl-050507, Soft Frequency Reuse Scheme for UTRAN LTE, Huawei,3GPP TSG RAN WG1#41,3rd Generation Partnership Project, May 2005
[25]Venturino L., Prasad N., Xiaodong Wang, An Improved Iterative Water-Filling Algorithm for Multi-Cell Interference Mitigation in Downlink OFDMA Networks, ACSSC 2007, pp.1718-1722, Nov.2007
[26]Venturino L., Prasad N., Xiaodong Wang, A successive convex approximation algorithm for weighted sum-rate maximization in downlink OFDMA networks, CISS2008, pp.379-384, March 2008
[1]Venturino, L., Prasad, N., Xiaodong Wang, Coordinated Scheduling and Power Allocation in Downlink Multicell OFDMA Networks, Vehicular Technology, IEEE Transactions on, Vol.58, pp.2835-2848,2009
[2]Venturino L., Prasad N., Xiaodong Wang, An Improved Iterative Water-Filling Algorithm for Multi-Cell Interference Mitigation in Downlink OFDMA Networks, ACSSC2007, pp.1718-1722, Nov.2007
[3]Marsch P., Fettweis G., On Base Station Cooperation Schemes for Downlink Network MIMO under a Constrained Backhaul, IEEE GLOBECOM 2008,2008
[4]Andrews, J.G., Wan Choi, Heath, R.W., Overcoming interference in spatial multiplexing MIMO cellular networks, Wireless Communications, IEEE, Vol.14, Issue.6, pp.95-104,2007
[5]Boudreau, G, Panicker, J., Ning Guo, Rui Chang, Neng Wang, Vrzic, S., Interference coordination and cancellation for 4G networks, Communications Magazine, IEEE, Vol.47, Issue.4, pp.74-81,2009
[6]Brueck S., Giese J., Zhao L., Dekorsy A., On MAC Layer Throughput Enhancements in LTE-A by Downlink Macro Diversity, ICC Workshops 2009,2009
[7]Jun Zhang, Runhua Chen, Andrews, J.G., Ghosh, A., Heath, R.W., Networked MIMO with clustered linear precoding, Wireless Communications, IEEE Transactions on, Vol.8, pp.1910, April 2009
[8]Huang H., Trivellato M., Hottinen A., Shafi M., Smith P., Valenzuela R. Increasing Downlink Cellular Throughput with Limited Network MIMO Coordination, Wireless Communications, IEEE Transactions on, Vol.8, Issue.6, pp.2983-2989,2009
[9]Venturino L., Prasad N., Xiaodong Wang, A successive convex approximation algorithm for weighted sum-rate maximization in downlink OFDMA networks, CISS2008, pp.379-384, March 2008
[10]Minghai Feng, Xiaoming She, Lan Chen, Kishiyama Y., Enhanced Dynamic Cell Selection with Muting Scheme for DL CoMP in LTE-A, IEEEVTC2010-Spring, pp.1-5,2010
[11]Gao Youjun, Wang Qixing, Liu Guangyi, The Access Network and Protocol Design for CoMP Technique in LTE-Advanced System, IEEE WiCOM2010,2010
[12]Mailaender Laurence, Indoor Network MIMO Performance with Regularized Zero-Forcing Transmission, IEEE ISSSTA'08, pp.124-128, 2008
[13]Venkatesan S., Lozano A., Valenzuela R., Network MIMO:Overcoming Intercell Interference in Indoor Wireless Systems, IEEE ACSSC 2007, pp.83-87,2007
[14]Chang R.Y., Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., A Graph Approach to Dynamic FractionalFrequency Reuse (FFR) in Multi-Cell OFDMA Networks, IEEE ICC'09,2009
[15]谢显中,雷维嘉,抑制MIMO蜂窝系统中小区间干扰的多基站联合处理研究进展,数字通信,2009年3期
[16]Nan Zhou, Xu Zhu, Yi Huang, Cross-Layer Optimization with Guaranteed QoS for Wireless Multiuser OFDM Systems, IEEE PIMRC 2007,2007
[17]Stephen Boyd, Lieven Vandenberghe, Convex optimization, Cambridge University Press, March 8,2004
[1]李世鹤,杨运年,TD-SCDMA第三代移动通信系统,人民邮电出版社,2009
[2]王映民,孙韶辉,TD-LTE技术原理与系统设计,人民邮电出版社,2010
[3]European Radio communications Committee (ERC) Report 101, A Comparison of Minimum Coupling Loss Method, Enhanced Minimum Coupling Loss Method and the Monte-Carlo Simulation, Menton,1999.
[4]Han-Shin Jo, Hyun-Goo Yoon, JaeWoo Lim, Jong-Gwan Yook, An Advanced MCL Method for Assessing Interference Potential of OFDM-Based Systems beyond 3G with Dynamic Power Allocation, ECWT.2006, pp.39-42,2006
[5]3GPP TS 25.102 V8.4.0, User Equipment (UE) radio transmission and reception (TDD),3rd Generation Partnership Project, Technical Specification,2009
[6]3GPP TS 25.105 V8.4.0, Base Station (BS) radio transmission and reception (TDD),3rd Generation Partnership Project, Technical Specification,2009
[7]3GPP TS 36.101 V9.0.0, Evolved Universal Terrestrial Radio Access (E-UTRA); User Equipment (UE) radio transmission and reception,3rd Generation Partnership Project, Technical Specification,2009
[8]3GPP TS 36.104 V9.0.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Base Station (BS) radio transmission and reception,3rd Generation Partnership Project, Technical Specification,2009
[9]CCSA TC5_WG8_2008_104B,2GHz TD-HSDPA 与 TD-SCDMA宏蜂窝场景共存仿真假设,中国通信标准化协会,2008
[10]Theodore S. Rappaport, Wireless Communications:Principles and Practice, Second Edition, Prentice Hall,2002
[11]3GPP TR 36.942 V9.2.0, Evolved Universal Terrestrial Radio Access (E-UTRA); Radio Frequency (RF) system scenarios,3rd Generation Partnership Project, Technical Report, Dec.2009
[12]张长钢,孙保红,李猛等,WCDMA无线网络规划原理与实践,人民邮电出版社,2005
[13]Stephen Boyd, Lieven Vandenberghe, Convex optimization, Cambridge University Press, March 8,2004
[14]Rahman M., Yanikomeroglu H., Wong W., Interference Avoidance with Dynamic Inter-Cell Coordination for Downlink LTE System, IEEE WCNC 2009,2009
[15]Chang R.Y., Zhifeng Tao, Jinyun Zhang, Kuo C.-C.J., A Graph Approach to Dynamic FractionalFrequency Reuse (FFR) in Multi-Cell OFDMA Networks, IEEE ICC'09,2009
[16]彭木根,王文博,异构无线通信系统的协同中继选择,北京邮电大学学报,pp.82-87,2008
© 2004-2018 中国地质图书馆版权所有 京ICP备05064691号 京公网安备11010802017129号 地址：北京市海淀区学院路29号 邮编：100083 电话：办公室：(+86 10)66554848；文献借阅、咨询服务、科技查新：66554700 |