搜索资源列表
HARQ
- C语言实现LTE系统下行HARQ机制，与物理层的过程相结合。-C language LTE Downlink HARQ mechanism, and the combination of the physical layer process.
109-lte-uplink-physical-model
- LTE Uplink Physical Layer Behavioural Model An end-to-end behavioural model for the LTE Physical layer uplink (UE to eNodeB) in accordance with the 3GPP Release-8 specifications and validated against the RAN4 performance requirements
octoScope_4GPHYTest_20091201
- LTE Physical Layer Fundamentals and Test Requirements Fanny Mlinarsky octoScope December 2009
PSBL1_TRULSPKh
- lte系统物理信道turbo检码码程序，上下行都有使用可直接使用。 -lte system physical channel turbo the Check Digit code program, up and down the line have to use and can be used directly.
802.11b-PHY-MATLAB-Code
- 无线通信系统LTE物理层仿真，IEEE标准802.11b专用代码。-LTE physical layer of the wireless communication system simulation, IEEE Std 802.11b-specific code.
scramb
- 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
PPP-Capacity-Matlab-code
- matlab code for capacity control of mutli channel LTE physical layer
gen_cyclic
- 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.
TD-LTE
- 描述了LTE下行物理信道的信道编码的详细实现，包括CRC校验、turbo编码、咬尾卷积编码和速率匹配等。-Describes LTE downlink physical channel channel coding detailed implementation, including the CRC check, turbo encoding, tail-biting convolutional coding and rate matching.
infrastructure.tar
- 介绍了LTE下行物理信道信道编码详细的实施，包括CRC校验，Turbo编码，咬尾卷积编码和速率匹配。-Describes LTE downlink physical channel channel coding detailed implementation, including the CRC check, turbo encoding, tail-biting convolutional coding and rate matching.
LTE_Link_Level_sim
- LTE通信链路级仿真程序，包括物理上下行控制信道产生程序-LTE communication link level simulation program, including the physical uplink and downlink control channel generation program
R8
- 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
ts_136211v090100p
- LTE Rel9 physical layer specification
36211-d00
- Rel 13 specification of LTE Physical Layer
PCFICH_mapping0116
- 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)
PHICH-2017-3-4
- 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)
PUCCH_mapping1230
- 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)
PUSCH_mapping
- 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)
LTE simulation-C
- lte物理层仿真的一个代码，这个是我从网上找到的，应该说有一定的参考价值(Lte a code for physical layer simulation)