基线漂移的英文

• base line drift
• base line wander
• baseline drift
• baseline shift
• baseline wander (blw)

• "基线"英文翻译    base line; ground line; base
• "漂移"英文翻译    be driven by the current; dr ...
• "波状基线漂移" 英文翻译 :    sinusoidal baseline drift
• "基线跳动,基线漂移" 英文翻译 :    baseline wander
• "基线漂移校正器" 英文翻译 :    baseline drift corrector
• "自动基线漂移校正" 英文翻译 :    abdc
• "自然电位基线漂移" 英文翻译 :    sbase-line drift
• "谱线漂移" 英文翻译 :    line drift
• "漂移基线" 英文翻译 :    drifting baseline
• "基线" 英文翻译 :    [电子学] base line (bl); ground line; base
• "漂移" 英文翻译 :    1.(漂流移动) be driven by the current; drift about2.[电子学] drift; shift; shifting; shunt running; creeping; wander◇漂移浮标 drifting buoy; 漂移度 driftance; 漂移晶体管 drift transistor; 漂移力 drift force; 漂移率 drift rate; drift mobility; 漂移区 drift region; 漂移速度 drift velocity; 漂移误差 drift error
• "管线漂浮" 英文翻译 :    pipeline flotation
• "reid基线" 英文翻译 :    reid's base line
• "槽基线" 英文翻译 :    alveobasilar line
• "等基线" 英文翻译 :    isanabase; isobases
• "短基线" 英文翻译 :    short base line
• "房基线" 英文翻译 :    building line
• "腐基线" 英文翻译 :    floating baseline
• "副基线" 英文翻译 :    auxiliary ground line
• "画基线" 英文翻译 :    draw base line
• "基线板" 英文翻译 :    base board; baseboard
• "基线长" 英文翻译 :    base length
• "基线法" 英文翻译 :    base line method; base-line technique; baseline method
• "基线峰" 英文翻译 :    baseline hump; peak base
• "基线杆" 英文翻译 :    base bar

• Baseline drift corrector
  基线漂移校正器
• The studies show that compared with the conventional logarithmic decrement method , this method need not to determine the baseline , and is insensitive to baseline drift and low frequency interference
  研究表明，与传统的对数衰减法相比，新方法无须确定基线，估计结果对基线漂移和低频干扰不敏感。
• When we get the ecg signals , impulsive noises and baseline drift will been intermingled . it will influence the ecg waves separation . we get good results when the ecg signals are filtered by the morphological filters
  由于心电信号的记录过程中常会引入脉冲噪声和基线漂移，这对于心电信号的判断和进一步的qrs复波群分离带来很大的影响。
• If no measures are taken , the serious basic - line - shift as well as the loss of chip clock and the difficulty of the data recovery will be introduced in the optical receiver , which causes the communication to go along abnormally
  如果不采取任何措施，会给光接收机带来严重的基线漂移，同时会引起码时钟丢失和码元恢复困难等一系列问题，导致通信无法正常进行。
• The main works in this paper are as follows : first ， the preprocessing of ecg signal - filtering is carried on . the interference includes 50hz and its higher harmonics , muscle artifact and baseline wander and so on
  论文的主要研究工作：一、研究了原始心电信号的滤波方法，提出了滤除各种干扰的数字滤波器的设计方法，包括50hz及其谐波、肌电干扰和基线漂移等。
• Adaptive filter technique is used to filter 50hz power line interference and baseline shift . the feasibility of adaptive filter is demonstrated through simulation . the parameters of the algorithm are decided by the hardware and the algorithm itself
  运用自适应滤波技术主要是滤除50hz工频干扰和去基线漂移,自适应滤波的可行性通过软件仿真来论证,并结合硬件特点来确定各参数。
• Our item choiced msp430f149 , a sort of singlechip as controller , designed our hardware electrocircuit to get the pulse wave singnal , and used msp430f149 to continuously search and calculate the peak - peak value of the pulse wave , and compute oxygen saturaction . in our study , in order to hurdle the dirft of baseline caused by the physiological difference of human bodies . we designed one circuit which can automatically regulate of the baseline of signal
  本文以msp430f149芯片为控制器，设计硬件电路提取脉搏波信号，连续检测脉搏波峰?峰值，计算氧饱合度。本课题采用了基线自动调节电路，以克服不同人体生理差异引起的基线漂移；设计了直流截取电路和可控积分放大电路，以满足临床连续监测的特殊需要，解决信号饱和问题。
• Lastly , the hardware circuit of digital acquisition system is designed , and the programs for system controlling and adaptive filter arithmetic are designed . eeg can be observed clearly after d / a switching . at the same time , eeg data is transmitted to the upper machine by serial communication , so we can see eeg waveform by virtual instrumentation
  在此基础上,针对固定滤波器存在的问题,提出了将自适应滤波技术应用于脑电测试中,并进行了理论研究和仿真研究,设计出了能较好地滤除50hz强干扰的自适应陷波滤波器和去基线漂移的自适应滤波器。
• 8b / 10b encoding adapt the characteristic of fiber channel very well , it has been used in high - speed fiber transmission broadly . it avoids the appearance of continuous “ 1 ” , “ 0 ” , offers plenty of bit synchronization time information , enhances the stability of output light signal , reduces interference between signals and offers proper redundancy to check error through transmission
  它避免了连“ 1 ” 、连“ 0 ”码的出现,提供了丰富的位同步定时信息,减少了直流基线漂移,提高了光输出功率的稳定性,减少了高低频分量,改善了信号间的串扰,提供了适当的冗余,便于检测系统传输中带来的错误。