1.
Design of Phase-locked Loop for USB2.0 Application;
应用于USB2.0时钟数据恢复的锁相环设计
2.
Design of 2.5GHz Full Speed Clock and Data Recovery Circuit
2.5GHz全速率时钟数据恢复电路的设计
3.
The Design and Realization of Clock and Data Recovery of Burst Mode
突发模式时钟数据恢复的研究与实现
4.
A clock and data recovery method based on phase detector implemented by delay chain in FPGA
利用FPGA延时链实现鉴相器时钟数据恢复
5.
Design and Implementation of a 2.5Gbps Clock Data Recovery Circuit for PCI Express;
PCI Express中的2.5Gbps时钟数据恢复电路的设计与实现
6.
Design and Implementation of a High Performance Clock and Date Recovery Circuit
高性能时钟数据恢复电路的设计与实现
7.
Design of high-speed clock and data recovery circuit Based on FPGA
基于FPGA的高速时钟数据恢复电路的实现
8.
Design and implementation of a 54Mb/s NRZ clock data recovery circuit
54Mb/s NRZ时钟数据恢复电路的设计与实现
9.
A 1.25Gb/s Clock and Data Recovery Circuit Used in Gigabit Ethernet;
用于1.25Gb/s千兆以太网的时钟数据恢复电路的设计
10.
Design and Implementation of a 2.5Gbps Clock Data Recovery Circuit for PCI Express
应用于PCI-Express的2.5Gbps时钟数据恢复电路的设计与实现
11.
System clock recover is the key in digital TV system.
系统时钟恢复是数字电视系统设计中的难点。
12.
The Researching of Transaction Scheduling and Data Recovery in Real-time Main Memory Database System;
实时内存数据库的事务调度与数据恢复研究
13.
The database can not be recovered because the files have been restored to inconsistent points in time.
无法恢复数据库，因为已将文件恢复到了不一致的即时点上。
14.
Researching and Application about Storage Structure of SQL Server 2000 Database
SQL Server2000数据库文件的恢复
15.
A characteristic of becoming lost or erased when power is removed, i. e., the loss of data.
一种特性，指断电时数据丢失而不可再恢复。
16.
The Design of Recovery Subsystem of Embedded Real Time DBMS
嵌入式实时内存数据库恢复子系统的设计
17.
How to resume the data-base by using MDF file in the sql server when log files are missing;
SQL Server中如何在日志文件丢失时恢复数据库
18.
A New Automatic Recovery Strategy for Embedded Real-time Databases
一种新的嵌入式实时数据库自动恢复策略