量化器 的英文怎麼說

中文拼音 [liánghuà]
量化器 英文
quantizer(-iser)
  • : 量動1. (度量) measure 2. (估量) estimate; size up
  • : 名詞1. (器具) implement; utensil; ware 2. (器官) organ 3. (度量; 才能) capacity; talent 4. (姓氏) a surname
  • 量化 : quantization量化器 quantizer; digitizer; 量化失真 quantizing distortion; 量化條件 quantum conditi...
  1. The high level of hc in the exhaust gas may damage the catalytic converter.

    廢氣中大的HC會損壞催式排氣凈
  2. China has been a victim of chemical warfare. large quantities of chemical weapons abandoned by the japanese invaders remain on chinese soil to this day

    中國在歷史上曾是學武的受害國,領土上至今還遺留著侵華日軍遺棄的大學武
  3. Chemical seals transmit the process pressure to the measuring instrument, with the diaphragm forming a hermetic seal between the medium and measuring instrument

    學密封是一個膜片,在介質和測間形成隔離,並將過程壓力傳遞給測
  4. Chemical seals transmit the process pressure to the measuring instrument, with the chemical seal diaphragm forming a hermetic seal between the medium and measuring instrument

    學密封是一個膜片,在介質和測間形成隔離,並將過程壓力傳遞給測
  5. The extension of the mechanical high pressure measuring instrument in the chemical system of units to a top measuring value of 10 kbar is the result of consistent further development of the successful high pressure instrument programme

    憑借著我們在高壓儀項目中斷深入研發,我們可向客戶提供更廣程適用於單元學系統機械式高壓測,最高可達千巴
  6. Using labview to realize the design of intelligent laboratorial spectrum meter

    實現光譜實驗測的智能
  7. Markham microchemical analysis - apparatus for the determination of elements by other than combustion methods - specification for ammonia distillation apparatus markham

    學儀.第b集:除燃燒法外的元素測定儀.第2部分:氨蒸餾裝置
  8. It was pointed out clearly that the developing direction of measurement and test instruments was " virtual " and " control " in the summary of proseminar on " fifteen " priority supported domain in mechanism subject, which was held by national nature science fund committee in guangzhou city in december, 1999. therefore, the new generation of virtual instrument ( vi ) system based on intelligent virtual control ( ivc ) was put forward under the background

    1999年12月,國家自然科學基金委在廣州召開的機械學科「十五」優先資助領域研討會會議紀要中明確指出: 「測試測的發展方向是『虛擬』 、 『控制項』 」 ,本文所研究的新一代智能控制項虛擬儀系統正是在這一背景下提出的。
  9. The focus is placed on the investigation of the standard of the encoding algorithm for mpeg audio layer iii, and the analysis of the major four modules in the compression algorithm, including encoding of subband filter bank, psychoacoustics model, quantification and huffman coding, frame packing

    重點研究了mpeg音頻第層編碼的演算法標準。詳細分析了壓縮演算法中的四個主要功能模塊:子帶濾波組編碼,心理聲學模型,比特流與霍夫曼編碼,幀數據流格式
  10. Optical quantizer scheme based on travel wave modulators

    基於行波調制的光量化器
  11. Vector quantizer designing based on robust statistic

    基於穩健統計的矢量化器設計演算法
  12. 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

    當使用一個固定的量化器/質參數模式,編碼將進入一種「低智商模式」 ,只是平坦的使用一個簡單規則進行編碼。
  13. 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

    對調制的結構和設計技術進行了研究,根據系統要求設計了量化器位數,調制過采樣比和階數。
  14. In order to obtain a high - quality speech codec, the phase information of speech should be included in codec. in this thesis, a method for quantizing the phase of sew ( slowly evolving waveform ) and reconstructing sew ’ s phase with cubic polynomial interpolation is given based on the perceptual weighting analysis - by - synthesis ( a - b - s ) vector quantizer for the phase spectrum in wi coder

    本文基於感覺加權相位譜分析合成( abs - analysis - by - synthesis )矢方法,給出了一種wi編碼中慢漸變波形( sew - slowlyevolvingwaveform )的相位信息及合成端相位的三次多項式插值重建方法。
  15. 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

    本論文中,首先介紹模數轉換的各種參數的意義,以及一階sigma - delta調制和高階sigma - delta調制的原理;給出解決高階單環sigma - delta調制不穩定性的方案,引入級聯結構調制,特別針對級聯結構調制中的失配和開關電容積分的非理想特性進行詳細的討論;本設計的sigma - delta調制採用2 - 1級聯結構和一位量化器,調制採用全差分開關電容電路實現;同時對整個調制的各個模塊進行了電路設計,包括跨導放大、開關電容積分量化器、兩相非交疊時鐘等,並利用hspice和spectre模擬工具對這些電路進行模擬測試;最後,利用matlab軟體和simulink工具對整個級聯調制進行行為級模擬。
  16. In chapter 2, the theories of data compression and quantization are introduced

    第二章介紹了數據壓縮和的基本理論,詳細介紹了最優量化器的設計。
  17. 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

    該方法使用更適合真實圖像庫的高斯混合模型描述數據分佈,並訓練優的矢量化器劃分數據空間。
  18. 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

    然後我們又研究了分類矢量化器,得到一個高效的分類量化器,並使用并行演算法加快了其處理速度,並討論了負載平衡的問題。
  19. 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

    根據管道泄漏信號局部區域受到突發干擾噪聲影響程度的不同,本文進一步優均勻量化器,將其改進為自適應量化器,提出了基於突發干擾噪聲的自適應近無損壓縮演算法。
  20. 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

    我們的研究和改進工作包括:研究最優非均勻自適應量化器,及其自適應演算法;研究波形預測函數,以及函數零點、極點的自適應演算法;基於每n ( n 1 )個樣本所對應符號的概率統計,對預測殘差值再進行huffman編碼,進一步降低比特率。
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