量化器的英文

• quantizer(-iser)

• "量化"英文翻译    quantization
• "器"英文翻译    implement; utensil; ware
• "差值量化器" 英文翻译 :    differential quantizer
• "反量化器" 英文翻译 :    dequantizer
• "均匀量化器" 英文翻译 :    uniform quantizer
• "脉冲量化器" 英文翻译 :    scrambler
• "线性量化器" 英文翻译 :    linear quantizer
• "量化器阈值, 量化器门限" 英文翻译 :    quantizer threshold
• "二进制量化器" 英文翻译 :    binary quantizer
• "光资料量化器" 英文翻译 :    photo data quantizer，pdq
• "量化器寄存器" 英文翻译 :    quantizer register
• "量化器输入端量化增量" 英文翻译 :    quantizer input quantization increment
• "量化器,数字转换器" 英文翻译 :    quantizer
• "数字差值量化器" 英文翻译 :    digital differential quantizer
• "数字转换器；量化器" 英文翻译 :    quanxtizer
• "线性对数量化器" 英文翻译 :    linear-log quantizer
• "信道最佳化量化器" 英文翻译 :    coq channel optimized quantizer
• "预测差分量化器" 英文翻译 :    predictive differential quantizer
• "差分脉冲编码调制量化器" 英文翻译 :    dpcm quantizer
• "量化" 英文翻译 :    quantization◇量化器 quantizer; digitizer; 量化失真 quantizing distortion; 量化条件 quantum condition; 量化误差 quantization error; 量化信号 quantized signal
• "标量化" 英文翻译 :    scalarization
• "参量化" 英文翻译 :    parametrization
• "等量化" 英文翻译 :    equalizing
• "定量化" 英文翻译 :    quantification; quantifying the vision
• "度量化" 英文翻译 :    metrization

• Optical quantizer scheme based on travel wave modulators
  基于行波调制器的光量化器
• Vector quantizer designing based on robust statistic
  基于稳健统计的矢量量化器设计算法
• In chapter 2 , the theories of data compression and quantization are introduced
  第二章介绍了数据压缩和量化的基本理论，详细介绍了最优量化器的设计。
• When using a fixed quantizer / quality mode the codec goes into ' imbecile - mode ' and just plainly encodes everything using a very simple set of rules
  当使用一个固定的量化器/质量参数模式，编码器将进入一种“低智商模式” ，只是平坦的使用一个简单规则进行编码。
• The architecture and design methods of - modulators are studied . based on it , the bits of quantizer , oversampling - ratio and the orders of modulator have been designed
  对调制器的结构和设计技术进行了研究,根据系统要求设计了量化器位数,调制器过采样比和阶数。
• The vq - based approach assumes a gaussian mixture distribution , which fits real - world image data reasonably well . after estimating this distribution through em method , this approach trains optimized vector quantizers to partition data space
  该方法使用更适合真实图像库的高斯混合模型描述数据分布，并训练优化的矢量量化器划分数据空间。
• And got a novel cvq algorithm . because the data of cvq has been split by the algorithm already , it is the right occasion of of parallel program with domain partition . so we implement the parallel algorithm of this algorithm
  然后我们又研究了分类矢量量化器，得到一个高效的分类量化器，并使用并行算法加快了其处理速度，并讨论了负载平衡的问题。
• According to the characteristics of pipeline leak signals that the influence degrees of burst interference noises are various in each local area , this paper optimizes the uniform quantization to be adaptable , and proposes an adaptive quantization
  根据管道泄漏信号局部区域受到突发干扰噪声影响程度的不同,本文进一步优化均匀量化器,将其改进为自适应量化器,提出了基于突发干扰噪声的自适应量化近无损压缩算法。
• The three - order modulator has a 2 - 1 cascaded structure and 1 - bit quantizer at the end of each stage , the modulator is implemented with fully differential switched - capacitor circuits . and then , the discussion will begin by exploring the design of various circuit blocks in the modulator in more detail , i . e . , ota , switched - capacitor integrator , quantizer , two - phase non - overlapping clock signal , etc . , at the same time , these circuits will be simulated in spectre and hspice . at last , the whole cascaded modulator will do behavioral level simulation by matlab soft and simulink toolbox
  本论文中,首先介绍模数转换器的各种参数的意义,以及一阶sigma - delta调制器和高阶sigma - delta调制器的原理;给出解决高阶单环sigma - delta调制器不稳定性的方案,引入级联结构调制器,特别针对级联结构调制器中的失配和开关电容积分器的非理想特性进行详细的讨论;本设计的sigma - delta调制器采用2 - 1级联结构和一位量化器,调制器采用全差分开关电容电路实现;同时对整个调制器的各个模块进行了电路设计,包括跨导放大器、开关电容积分器、量化器、两相非交叠时钟等,并利用hspice和spectre仿真工具对这些电路进行仿真测试;最后,利用matlab软件和simulink工具对整个级联调制器进行行为级仿真。
• The adaptation processing includes linear prediction coefficient adaptation and adaptation of quantization step size for residual signals . based on g . 726 , we adopt a huffman coder to make use of probability statistic of bit cascade covering n ( n 1 ) samples generated from adpcm , in order to further reduce the bit rate . ng is lossless entropy coding , the speech quality of our improved algorithm should be same as that of g . 726 standard
  我们的研究和改进工作包括:研究最优非均匀自适应量化器,及其自适应算法;研究波形预测函数,以及函数零点、极点的自适应算法;基于每n ( n 1 )个样本所对应符号的概率统计,对预测残差量化值再进行huffman编码,进一步降低比特率。

• 量化器的法语：quantificateur
• 量化器的日语：スクランブラ