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1)  adaptive clock recovery
自适应时钟恢复
1.
This paper introduces backgrounds and principle of clock recovery,selective describes an design implementation of the improved timing solution based on adaptive clock recovery algorithm,and finally,the simulation and experimental results are provided.
本文介绍了时钟恢复方法的背景和原理,着重描述了一种经过改进后的基于自适应时钟恢复算法的解决方案的设计和实现,并在最后给出了仿真测试结果。
2)  adaptive clock recovery algorithm
自适应时钟恢复算法
1.
This paper introduces the backgrounds of adaptive clock recovery algorithm,as well as its principle and detailed design,brings forward an implementation of the algorithm based on state machine,pro-vides theoretical analysis on the accuracy of the catched clock,and provides some experimental result.
文中介绍了自适应时钟恢复算法的背景,原理及其具体设计方案,提出了一种基于状态机的算法,对时钟捕捉的精确度作了理论分析,并给出来部分实验结果。
3)  timing recovery
时钟恢复
1.
Design of the interpolation filter in an all-digital timing recovery scheme;
全数字时钟恢复方案中内插滤波器的设计
2.
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
3.
Super wide-range variable-rate timing recovery scheme and implementation;
超宽范围可变速率时钟恢复技术及其实现
4)  clock recovery
时钟恢复
1.
Performance analysis of a novel chip tracking loop used for regenerative pseudo-noise ranging clock recovery;
用于再生伪码测距时钟恢复的新型码片跟踪环性能分析(英文)
2.
Design and implementation of a two-STC clock recovery circuit;
双STC时钟恢复电路的设计与实现
3.
Research on the Clock Recovery Chips in 10Gbit/s SDH/SONET and 10-Gigabit Ethernet;
10-40Gb/s光通信与万兆以太网时钟恢复电路芯片设计研究
5)  CDR
时钟恢复
1.
To solve these issues,this paper proposes three new methods that include digital CDR,parallel bit-synchronization and parallel error-tolerance frame-synchronization.
本文结合新型高速光纤传输系统的研制,从物理层、链路层、数据层的角度出发,提出了数字化高速时钟恢复、并行比特同步、并行容错帧同步的组合设计方案,有效地减少了同步时间,提高了光纤系统数据传输效率,并成功应用于特种设备领域,取得了很好的效益。
2.
And also, a CDR(Clock and Data Recovery) circuit is devised, so that .
此外,还设计了硬件时钟恢复(CDR:ClockandDataRecovery)电路,实现了收发异地的双站式误码测试功能。
3.
The Adaptive PLL (APLL) can be widely used for Clock & Data Recovery (CDR) or Clock Generation in high-speed data communication systems since its special performance in fast locking and noise immunity.
此锁相环电路具有快速锁定和突出的噪声抑制特性,可应用于数字通信系统中接收模块的数据时钟恢复或时钟产生。
6)  recovered clock
恢复时钟
补充资料:自适应自整定调节
分子式:
CAS号:

性质:在调节系统中,对象的动态特性往往是变化的,如果变化不大或调节的质量要求不高时,可以采用固定规律的调节器,假若变化大,质量要求又高时,需要选择可变规律调节器。调节器参数的改变是直接按照对象特性的变化进行的,叫作自适应调节。对象的识别和调节器的规律的计算都用一个计算装置进行,就叫自适应自整定调节,或简称自整定调节。 

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