1) feedback path
反馈路经
2) neural feedback
神经反馈
1.
The present paper deals with the Hopf bifurcation for recurrent neural feedback systems with delay.
研究时滞回归神经反馈系统， 给出该系统的稳定性及 Ｈｏｐｆ 分支存在的条件。
3) Experience feedback
经验反馈
1.
Knowledge acquisition framework based on experience feedback model for die and mold enterprise
基于经验反馈模型的模具企业知识获取框架
4) feedback circuit
反馈电路
1.
Improvement of feedback circuit on WSE-315 TIG welding machine;
WSE-315氩弧焊机反馈电路的改进
2.
Taking the feedback circuit especially the light feedback combining the SCM control technology,the design guarantees the steady power supply and the light output,assures the request that the xenon lamp radiates steadily.
利用反馈电路尤其是利用光反馈方法,结合单片机控制技术,保证了稳定的动力电源和稳定的光输出,保证了球形氙灯稳定发光的要求。
3.
And a precise feedback circuit based on TL431 and resistors network is devised to meet the requirements of high voltage and high precision of the power supply.
设计了基于TL431和电阻网络的精密反馈电路,以满足电源输出电压幅值高,精度高的要求。
5) feedback loop
反馈回路
1.
Features of application process for information technology in enterprises,including multi-rank,multi-feedback loops,and non-linear,were analyzed.
分析了企业在应用信息技术过程中表现出来的高阶性、多反馈回路和非线性等动力学系统特性。
2.
The oscillator genes and its coding proteins compose the feedback loops of circadian system.
生物钟基因及其编码的蛋白质组成反馈回路,维持振荡系统持续进行并与环境周期保持同步。
3.
Details of the external devices and the feedback loop are given.
该系统的底层控制部分采用DSP作为主处理器,给出了处理器的外围器件和反馈回路的设计过程。
6) feedback loop
反馈环路
1.
This article describes the affection to the whole product,which is because of injecting a perturbation signal into feedback loop, to evaluate the stability,then by the use the frequency response analyzer equepiment gets an accurate result,and the result is used for improvement,as well as improve the products reliablity.
本文从小信号的角度分析通过对反馈环路注入一扰动信号对整个产品造成的影响,以此来衡量产品的稳定性,再利用环路分析仪检测环路做定量的分析,其结果可用于日后工作的改进,从而提高产品的可靠性。
2.
In this paper we discussed a feedback loop for carrier frequency offset synchronization in orthogonal frequency division multiplexing (OFDM) systems.
该算法利用二阶负反馈环路,结合最大似然算法联合进行频偏估计与补偿。
3.
These clock genes and their products consist of two interlocked transcriptional/translational feedback loop, which regulate circadian rhythms of behavior and physiology in Drosophila.
这些时钟基因以及它们的相应产物组成两个互相依赖的转录/翻译反馈环路,从而调节行为和生理的昼夜节律。
补充资料：路迦耶经
【路迦耶经】
（书名）又曰路伽耶经。(参见：路迦耶底迦)。
（书名）又曰路伽耶经。(参见：路迦耶底迦)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条