lte

This technology can be deployed in GSM and LTE spectrum .

这种技术可应用于GSM网络和LTE网络。

Research on PAPR of uplink multiple access technology in LTE system

LTE系统中上行多址接入技术PAPR的研究

Improved handover mechanism based on adaptive business for LTE networks

基于业务自适应的LTE切换优化机制

LTE is the main technology of future mobile telecommunications .

LTE是未来移动通信的主流技术。

LTE is a key enabling technology for making that shift .

LTE是一个关键支持技术，使这一转变。

This paper first studys the existing load balancing algorithm in the LTE system .

本文首先主要针对LTE系统中已有的负载均衡算法进行研究。

Research & Implementation of the Key Technologies in LTE Downlink

LTE下行链路关键技术的研究与实现

The method in this paper can be used for LTE FDD network planning and design .

本文给出的方法可用于LTEFDD网络规划和设计。

Therefore LTE is confirmed as the main evolution technology of next generation mobile communication technology .

LTE具有频谱使用率高，技术实现简单等优点，因此也被确认为下一代移动通信技术的主流演进技术。

The simulation results show a valuable guide to the development and deployment of LTE .

仿真结果对于指导LTE蜂窝系统的开发和部署具有重要的参考意义。

The company was still working to transition from 3G technology to faster LTE technology .

同时公司还在努力从3G技术向更快的长期演进技术（LTE）过渡。

Research on MIMO Technology and Implementation of MIMO in LTE Downlink

MIMO技术研究及在LTE下行链路中的实现

Research on Key Techniques of Link Layer 3GPP LTE

3GPP长期演进链路层关键技术研究

LTE has a wider bandwidth , less time delay and faster data rates .

新一代的无线通信系统LTE拥有更大的带宽，更小的延迟和更快的数据率。

According to the above advantages , LTE also plays a important role on data transmission in specific network .

在上述优点下，LTE在专网领域也承担起数据传输的重任。

After the works of many experts all over the world , LTE technology has made great progress .

经过全世界多个权威组织和专家的共同努力，LTE系统在各个方面都取得了很大的进展。

Mobile communication system also has a first generation of analog communications system development to now LTE mobile communication system .

移动通信系统也由第一代的模拟通信系统发展到现在的LTE移动通信系统。

Test Methods for TDD LTE Proof of Concept in Lab

TDDLTE概念验证室内阶段测试方法

LTE has higher requirement on peak rates and latency .

LTE对峰值速率提出了更高的要求，并需要进一步降低时延。

Research on Handover and Handover Self-Optimization Method in LTE System

LTE系统中的切换与切换自优化方法研究

First , it introduces the history of the development of LTE , system performance requirements , technology of physical layer .

论文的第一章阐述了LTE技术的发展背景、系统性能需求、物理层技术方案。

He also likes the phone tower business , because of the demand for LTE service .

由于对LTE服务的需求，他还看好手机基站业务。

Two competing operators have been given permission to deploy a combined LTE network .

两个互相竞争的运营商已经获准来共同部署LTE网络。

The reference signal and the antenna ports of the LTE will be introduced .

文中对LTE中的参考信号和天线端口的概念进行了介绍。

Then the next generation of wireless communication and dynamic spectrum multiplexing in LTE are introduced .

接着，介绍了下一代无线通信以及LTE中提到的动态频谱复用方式。

Generation of preamble sequence in LTE uplink random access based on high-speed mobile environment

基于高速移动环境的LTE上行随机接入前导序列的生成

In a LTE system , the frequency channel is divided into orthogonal subcarriers .

由于在LTE系统中信道被划分为一系列正交的子载波，而较多的子载波给资源的分配和调度带来了挑战。

On this simulation platform , several interpolation algorithm used for LTE downlink channel estimation are compared .

在此仿真平台之上，本文仿真比较了几种常用的信道估计插值算法的性能。

Large-scale commercial deployment of LTE cellular mobile communication system has begun a gradual manner .

LTE蜂窝移动通信系统的大规模商用部署已经开始逐步推进。

Lte 's go to watch the gymnastics competition .

我们去看体操比赛吧。