搜索资源列表
36300-860
- 3GPP LTE Spec 3GPP LTE Spec -3GPP LTE Spec 3GPP LTE Spec 3GPP LTE Spec
InitialPerformanceEvaluationofDFTSpreadOFDMBasedS
- Abstract—In this paper we present an initial performance evaluation of the 3GPP UTRA Long Term Evolution (UTRA LTE) uplink with baseline settings. The performance results are obtained from a detailed UTRA LTE uplink link level simulator suppo
3GPP_Rel-8_Beyond_02_12_09
- 3GPP_Rel-8_Beyond最新3GPP第8版本协议，较为全面的给出了LTE/SAE的框架结构-3GPP_Rel-8_Beyond the latest 3GPP release 8 of the agreement, a more comprehensive shows the LTE/SAE frame structure
An_Interleave_Division_multiplexing_based_modulati
- 本文介绍了基于交织分集多址的层调制（LM），并对比了该调制方法和MPSK，QAM等的性能。-Applying LM to 3GPP LTE downlink, we compare LM to M-PSK QAM modulation. Numerical results show that the LM can achieve superior performance over M-PSK/QAM. The performance gain over QPSK, 8PSK and 16QAM
36521-1-900
- la version 800.1 de document 3GPP/LTE qui contient des cours.
SCME
- C语言和matlab语言混编的 3GPP里的LTE信道模型SCME，压缩包内含代码和说明文档-C and MATLAB implementation of the 3GPP Spatial Channel Model Extended (SCME)
36212-800
- 3GPP LTE physical layer TS 212.8-3GPP LTE physical layer TS 212.800
36211-800
- lte 3gpp physical layer TS 211.8-lte 3gpp physical layer TS 211.800
Final-Report-of-thesis
- COMPARISON BETWEEN WiMAX AND 3GPP LTE
[ebook]-MIMO-OFDM-Wireless-Communications-with-MA
- MIMO-OFDM is a key technology for next-generation cellular communications (3GPP-LTE, Mobile WiMAX, IMT-Advanced) as well as wireless LAN (IEEE 802.11a, IEEE 802.11n), wireless PAN (MB-OFDM), and broadcasting (DAB, DVB, DMB). This book provides a
36211-a50
- 36.211协议主要描述物理层信道和调制方法-3GPP LTE physical channels and modulation protocol: Ts 36.211
25996-610-SCM
- 3GPP LTE 信道模型仿真，SCM信道模型，产生信道系数-3GPP LTE channel model simulation, the SCM channel model to generate the channel coefficients
LTE-and-the-Evolution-to-4G-Wireless-Design-and-M
- The next generation of cellular technology is dramatically altering the communications landscape, changing the way people access information and interact with one another. At the forefront of the new technology is LTE, the long-term evolution of
Spatial-channel-model-for-MIMO-3GPP
- Repeater communication is one promising candidate solution in future cellular networks because of its ability to increase throughput, data rate and coverage. It is also considered as one candidate technology feature in 3GPP/LTE-A. Traditionally repea
LTE multi-cellular system in urban environment: inter-cell interference Impact on
- The fourth-generation networks based on OFDMA (3GPP LTE) (3rd Generation Partnership Project Long Term Evolution) offer high bit rate and takes into account in their mechanisms the simplicity and efficiency of the radio transmission.
LTE
- 网络架构的变化 1实现了控制与承载的分离，MME负责移动性管理、信令处理等功能，S-GW负责媒体流处理及转发等功能 - The newest progress on 3GPP LTE network architecture and radio resource management are given, decentralized radio resource management are analyzed in detail.
3GPP-LTE-encwendang
- 3GPP加密和完整性算法介绍, -3GPP docments
R9
- 3GPP的目标是实现由2G网络到3G网络的平滑过渡，保证未来技术的后向兼容性，支持轻松建网及系统间的漫游和兼容性。 其职能： 3GPP主要是制订以GSM核心网为基础，UTRA(FDD为W-CDMA技术，TDD为TD-CDMA技术)为无线接口的第三代技术规范。(3GPP's goal is to achieve a smooth transition from 2G network to 3G network technology, to ensure the future of backward
基于3GPP LTE系统的HARQ算法研究与仿真 (1)
- 深入研究了重传分组组合译码算法，通过对chare和ir两种码合并研究，表明IR机制运用了更好的特性。(The retransmission packet combining decoding algorithm is deeply studied. By combining the two codes of chare and IR, it is shown that the IR mechanism uses better characteristics.)