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LTE物理层链路级仿真代码,通过该代码可以了解LTE物理层的信号处理流程- PHYSIC LAYER SIMULATION CODE IN LRE DOWNLINK IT IS VERY GOOD FOR 4G DEVELOPERING AND REASEARCH YOU CAN KNOW THE PRACESS OF THE PHYSICAL SIGNAL
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如题,TD-LTE 3GPP R9物理层规范,对于开发TD-LTE L1物理层的人员有参考作用,编号362xx -Such as the title, TD-LTE 3GPP R9 physical layer specification, a reference for the development of TD-LTE L1 physical layer
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lte 下行pdsch中物理层的加扰,调制,预编码和资源映射的实现-lte pdsch the downlink physical layer scrambling, modulation, precoding and resource mapping to achieve
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LTE通信系统物理层下行链路信道的部分代码,包括冗余校验等。-Part of the code LTE communication system physical layer downlink channel, including redundancy check and the like.
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对于数据定点化仿真,LTE下行链路物理层定点化处理,非常有借鉴作用,得出浮点数据和定点数据关系,自己原创。-For fixed-point simulation data, LTE downlink physical layer processing point, very reference, come floating-point data and fixed-point data relationships, their own originality.
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对于LTE下行链路物理层循环前缀的仿真,能够得出符号的最佳采样时刻和良好的自相关性。-For simulation LTE downlink physical layer cyclic prefix, can be optimum symbol sampling instant and good autocorrelation.
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LTE系统网络架构更加扁平化简单化,减少了网络节点和系统复杂度,从而减小了系统时延,也降低了网络部署和维护成本。LTE系统支持与其他3GPP系统互操作。根据双工方式不同LTE系统分为FDD-LTE(Frequency Division Duplexing)和TDD-LTE (Time Division Duplexing),二者技术的主要区别在于空口的物理层上(像帧结构、时分设计、同步等)。FDD系统空口上下行采用成对的频段接收和发送数据,而TDD系统上下行则使用相同的频段在不同的时隙上传输,较
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LTE Rel9 physical layer specification
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Rel 13 specification of LTE Physical Layer
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改程序为LTE中3GPP协议的PBCH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PBCH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
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改程序为LTE中3GPP协议的PDCCH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The physical resource mapping program of the PDCCH channel of the 3GPP protocol in LTE can be used to perform the resource mapping part of the physical layer link)
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改程序为LTE中3GPP协议的PDSCH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The physical resource mapping program of the PDSCH channel of the 3GPP protocol in LTE can be used to perform the resource mapping part of the physical layer link)
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该程序为LTE中3GPP协议的PCFICH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PCFICH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
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该程序为LTE中3GPP协议的PHICH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The program is a physical resource mapping program of the PHICH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
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该程序为LTE中3GPP协议的PUCCH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PUCCH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
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该程序为LTE中3GPP协议的PUSCH信道的物理资源映射程序,可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PUSCH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
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TD-LTE 物理层解传输分集预编码matlaB仿真程序 MIMO预编码 迫零预编码(Td-lte physical layer solution transmission diversity precoding matlaB simulation program)
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LTE 物理层解传输分集预编码matlaB仿真程序(lte physical layer solution transmission diversity precoding matlaB simulation program)
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物理上行控制信道PUCCH,用于承载上行链路控制信息,根据所承载的上行控制信息的不同,LTE物理层支持不同的PUCCH格式,采用不同的发送方式。(The physical uplink control channel PUCCH is used to carry uplink control information. According to the different uplink control information, LTE physical layer supports differe
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TD-LTE下行传输采用了MIMO-OFDM的物理层构架,通过最多4个发射天线并行传输多个(最多4个)数据流,能够有效地提高峰值传输速率。LTE的物理层处理过程中,预编码是其核心功能模块,物理下行共享信道的几种主要传输模式都是通过预编码实现的。(The td-scdma LTE downlink transmission adopted MIMO - OFDM frame, the physical transmission antennas parallel transmission by u
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