Research on Timing Recovery in Wireless ATM Networks

An Improved Algorithm for Symbol Timing Recovery in a Multipath Fading Channel

多径衰落下符号定时恢复算法的改进

An Algorithm of Signal Detection and Symbol Timing Recovery in Burst-mode Transmission

一种突发通信信号的检测及位定时估计算法

A new algorithm for symbol timing recovery using baudrate sampling

一种新的波特率采样定时同步方法

A Timing Recovery Method for PCM/ FM All Digital Receiver

PCM/FM全数字接收机的一种定时误差恢复方法

Timing Recovery and Frequency Offset Estimation for OFDM System

OFDM系统定时与频率偏移估计

Development of Symbol Timing Recovery Circuit for Variable Rate QPSK Modem

可变速率QPSK Modem中码元定时恢复电路的研制

A Study of the Timing Recovery Method for OFDM on the Digital AM Broadcasting System

基于OFDM技术的数字AM广播系统时间同步算法研究

An Improvement Method to the Timing Recovery for ATM Circuit Emulation

ATM网络中电路仿真业务定时恢复的改进方法

Jitter Performance of Timing Recovery Unit of Optical Communication Systems

光通信系统时钟提取单元的抖动特性

A Method for FSK Timing Recovery Based On Data Transition Tracking Loop

一种基于DTTL环的FSK定时同步方法

In chapter 3, emphasis is put on timing recovery.

第三章研究定时恢复算法。

Application of timing recovery in power electronic system integration

时钟恢复在电力电子系统集成中的应用

Using SAW Filter for Timing Recovery in High-speed Fiber Optical Transmission Systems

用声表面波滤波器实现高速光纤传输系统的定时恢复

A Timing Recovery Scheme for High Speed Data Transmission Systems

高速数据通讯系统的定时恢复方案

A new type of timing pulse generator is designed and simulated using WINS software.

设计了一种新的产生RSFQ时钟信号的电路，并利用WINS软件对电路进行了模拟。

In practice, the timing accuracy of radar data is directly related to the disaster weather prediction and identification. Therefore, business rules have been released to specify the timing precision of the radar systems. At present, manual dialing clock synchronization is commonly used.

在应用中，雷达探测数据的时间准确性直接关系到灾害性天气的识别和预测，业务制度规定必须对雷达系统进行精确校时，目前多采用人工拨打校时电话方式校时。

Then the ability of the key component of timing circuit, analog delay line, is probed. The timing resolution and the influence of voltage disturbance, temperature and non-linearity on the timing precision is analyzed.

对集成电路测试系统定时电路关键部件模拟延迟线的性能进行了理论分析和实验，包括模拟延迟线定时分辨率的分析，电压干扰、温度、非线性等因素对定时精度影响的分析；

A complement to the obfuscation and total timing measurements is a precision between keystrokes requirement.

对密码模糊度和测量总计时的补充是击键需求之间的精度。

Therefore, the author puts forward an improved method which is able to offer a timing service with higher precision.

因此提出一种能够提供更高精度定时服务的改进方法。

This paper emphasizes on the linear assembly optimization of some time-consuming key modules such as half pixel interpolate, sum of absolute difference ( SAD) and so on. Optimized linear assemble language is used to improve real timing and precision.

这些方法提高了程序代码的并行性和存储器的访问效率，其中重点介绍了算法中比较耗时的半像素插值、绝对误差和（SAD）等关键模块的线性汇编优化。