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- For greatly reducing these two disadvantages, fourth-order cumulant diagonal slice based adaptive dynamic line enhancement (FOCDSBADLE) method is developed. 提出了基于四阶累积量对角切片的自适应动态谱线增强新方法,对其原理进行了剖析。
- Based on Reiner Knizia's original design published in Germany as Schotten-Totten, Battle Line enhances and expands the game with more options and fun. 游戏卡牌分为兵士牌及战术牌，将2种卡牌分别覆转洗混。分发两位玩家各7张兵士牌作手牌。将9只棋子列成一线排在对阵双方之间后，即可由一人开始游戏。
- Based on the analysis of system noise sources,an adaptive line enhancer(ALE) is introduced into the demodulation software to reduce the wide-band noise. 在分析了系统主要噪声基础上,在解调软件中引入自适应谱线增强器(ALE),来最大程度消除宽谱噪声。
- Seeing that the ideal error of adaptive line enhancers (ALE) is not equal to zero, a novel variable step size LMS (least mean square) algorithm is presented. 摘要针对自适应谱线增强器(ALE)理想误差不为零的现象，提出了一种新的变步长LMS算法。
- Input signal Kurtosis based variable step size LMS adaptive line enhancement 基于输入信号峭度的变步长LMS自适应谱线增强方法
- A novel algorithm for underwater moving-target dynamic line enhancement 水下目标动态谱线增强算法
- The vertical line meets the horizontal one here. 垂直线与水平线在此相交。
- One line cuts another at right angles. 一条线与另一条线成直角相交。
- The printers have missed out a whole line here. 排版工人在这里漏掉了一整行。
- Participation in tender is in our line of business. 参加投标属于我们的业务范围。
- A long line of car is unable to pass that road hog. 一长串的车子无法超越那个挡道的汽车驾驶。
- The sale office is on line to the warehouse. 营业部与仓库的计算机联网。
- How do you get start in that line of work? 你是怎么开始干那一行的？
- A taffeta lining enhances comfort and flexibility, while 2"lime yellow triple trim increases safety through visibility. 塔夫绸衬里提高舒适并且灵活性,而2"石灰黄色三倍修剪增加安全通过可见性。
- I do not want to be in the boss line of fire today. 今天我不想遭到老板的非难。
- Place your right toe in line with your left heel. 把右脚趾与左脚跟排在一直线上。
- The line of flags was slung up between two trees. 一排旗帜悬挂在两棵树之间。
- My fishing line got entangled in some weeds. 我的钓鱼线同杂草纠缠在一起。
- This paper mainly studies the signal enhancing and frequency estimating methods based on adaptive line enhance technique and the time interval calculation based on discrete Fourier transform and sliding Goertzel algorithm for Coriolis mass flowmeters. 本文主要研究了基于自适应谱线增强技术的科氏流量计信号增强和频率估计方法和基于离散傅里叶变换和滑动Goertzel算法的科氏流量计信号时间差计算方法。
- For the possibility of implementing Coriolis mass flowmeters with FPGA, using normalized lattice type IIR adaptive line enhancer to enhance Coriolis mass flowmeters signals and estimate their frequencies are proposed. 提出采用归一化格型IIR自适应谱线增强器对科氏流量计信号进行增强和频率估计，为今后可能采用FPGA实现科氏流量计系统做探索性研究。
