采樣時間 的英文怎麼說

中文拼音 [cǎiyàngshíjiān]
采樣時間 英文
sampling time
  • : 采名詞(采地) feudal estate
  • : Ⅰ名詞1. (形狀) appearance; shape 2. (樣品) sample; model; pattern Ⅱ量詞(表示事物的種類) kind; type
  • : shí]Ⅰ名1 (比較長的一段時間)time; times; days:當時at that time; in those days; 古時 ancient tim...
  • : 間Ⅰ名詞1 (中間) between; among 2 (一定的空間或時間里) with a definite time or space 3 (一間...
  • 時間 : time; hour; 北京時間十九點整19 hours beijing time; 上課時間school hours; 時間與空間 time and spac...
  1. The switched capaci tor filter is the counterpart of the continue time analog filter " s sampling, it is more adapted to the miniaturization of the circuit and can realize the higher accuracy transfer function, especially the design of the cmos integrated sc filter based on the biquad have advantage of high accuracy, small area, low power consumption, simple architecture and easy to debug. it has important academic and practical means of the sc filter " s research and design

    開關電容濾波器是連續模擬濾波器的采樣時間等效電路,更適合電路的小型化,同也實現高精度的傳輸函數,尤其是基於雙二階的cmos開關電容濾波器設計具有高精度、面積小、低功耗和電路結構簡單,易於調試等優點,所以研究和設計開關電容濾波器有著重要的理論和實際意義。
  2. In order to enhance the measure precision and expand the using area of the existing oil pipeline mfl ( magnetic flux leakage ) detecting system to natural gas pipeline testing, detailed information of flux obtained by decreasing sampling time and space interval is needed

    為了提高現有輸油管道漏磁檢測系統的檢測精度以及擴展系統的適用范圍使其適用於天然氣輸送管道的檢測,需要通過減小采樣時間隔和空隔的方法以獲得更加完備的漏磁場信息。
  3. As the main research institute of ring laser gyroscopes in china, teaching and research section 208, nudt, is always puzzled by the problem of null - shift in the process of developing mechanically dithered ring laser gyroscopes ( mdrlg ). the problem is that the mdrlg ' s null shift equal to the integral times of dither periods when the sample time is set as integer dither periods

    作為國內激光陀螺主要研製單位的國防科大208室,在機械抖動激光陀螺(機抖陀螺)研製過程中一直為零漂問題所困擾:實驗測得機抖陀螺零漂為抖動周期(采樣時間取整數個抖動周期)的整數倍。
  4. Author suggests that increasing number of measurement taps and prolonging sampling time and enhancing sampling frequency will decrease signals aliasing and leakiness

    並提出在進行壓力脈動試驗,應增加測點、延長采樣時間、提高頻率以避免信號遺漏和信號混疊等現象的發生。
  5. In this paper, it is introduced to the influence of cavitation factor, measurement taps, sampling frequency and sampling time on the test result in pressure fluctuation test of the water turbine

    摘要介紹了水輪機壓力脈動試驗空化系數、測量位置及測點、信號頻率及采樣時間等因素對試驗結果的影響。
  6. It was chased down that general dimension series value changed with the variation of the sampling time and noise

    計算了標準信號的廣義分形維數,找出了廣義維數序列值隨信號的采樣時間、噪聲變化而變化的特點。
  7. It shows that the design is correct. writing a software for real - time collecting. displaying. saving, this software can set sampling frequency and time, the maximal frequency is looohz

    編制了實採集、顯示、存儲軟體,該軟體能設定頻率和采樣時間,最高頻率可達1000hz 。
  8. On the other hand, the interharmonics are always various, so it is not fit to adopt short sampling time

    而且諧波源發生變化,采樣時間也不能過長。
  9. The input range, dwell time, the acquired channel of the module can be controlled according to the need

    數據採集模塊的輸入范圍、采樣時間、採集通道都可以根據實際需要進行控制。
  10. The experiment ' s results show that the system is stable under the static pressure control and energy saving under the minimum total supply air volume control. although the terminal dampers ' s tuning time is prolonged under the minimum total supply air volume control, it can be reduced by adopting the appropriate sampling time when debugging the system. from all of this we can conclude thart the minimum total supply air volume control has a good application perspective

    實驗結果表明,定靜壓控制方式下系統較為穩定,最小總送風量控制比定靜壓更加節能,但它延長了末端閥位的調節,在系統調試,我們可通過選擇合適的采樣時間來縮短閥門的調節過程,所以最小總送風量控制具有廣闊的應用前景。
  11. The technique of adaptive sampling is determining the next revisit time according to the target ' s motion

    自適應是在一定的跟蹤精度下,依據目標運動狀態來判斷下一次采樣時間
  12. Figure 5. 36 shows the relationship between sampling clock jitter and snr previously presented

    圖5 . 36顯示了鐘抖動和信噪比之的關系。
  13. During the same period of tracking target, the immpdaf can manage radar too, such as adaptively selecting revisit time, detection threshold and radar waveform

    的整個過程,使得在跟蹤目標的同,也參與了雷達的管理,譬如自適應的選擇采樣時間、探測門限、探測波形。
  14. Increasing the fft ’ s points can decrease the frequency interval, but it will increase the complexity of computation at large extent

    如採用增大fft運算的點數來減小頻率隔,將大大增加數字信號處理的運算量,從而影響到雷達工作的實性。
  15. On the basis of mutual information and nonlinear theory, we analyzed the different time serials of six channels at different regimes and got the information transform matrix ( itm )

    在互信息與非線性理論的基礎上,本文針對不同流型狀態下的多通道采樣時間序列進行分析,得到了信息傳輸itm矩陣。
  16. The results are that the less the sampling time interval, the nearer the estimated price volatility to that in ultra - high - frequency data

    價格服從維納過程,用甚高頻資?和高頻資?分別估計?價格波動? ;估計結果表明:采樣時間片越大,與甚高頻估計結果差距越大。
  17. There are three main problems in different building blocks that will impair the dynamic performance of ultrahigh speed adc. they are offset, sampling time uncertainty and signal - dependent delay

    從失調電壓、采樣時間不確定性和相關輸入信號延遲三個方面,分析了系統動態性能對系統組成電路模塊的要求。
  18. The difference clock delay match technology adjusts the two channel ad analog clock phase and implements the two way ad uniformly - space sampling

    差分鐘延遲匹配技術通過對兩路ad的鐘進行相位調整,實現了兩路ad的等
  19. Based on above performances the applications of multi - sensor data fusion in state estimation for maneuvering target is studied systemically. the main work includes : based on the analysis that the extreme value of acceleration presupposed causes influence in the “ current ” statistical model, a modified model is given, which utilizes the functional relationship between maneuvering status and estimation of the neighboring intersample position vector to carry out the self - adaptive of the process noise variance. then combining with the recursive characteristic of kalman filter, an improved self - adaptive filtering algorithm is presented

    基於此,本文針對多傳感器數據融合技術在機動目標狀態估計中的應用進行了系統的研究,其主要工作如下: 1 、基於「當前」統計模型中加速度極限值的預先設定對于濾波效果影響的分析,利用目標機動狀況與相鄰位置估計量變化之的函數關系實現噪聲方差自適應,進而提出了一種修正的模型,並結合卡爾曼濾波遞推演算法,提出了一種改進的自適應濾波演算法。
  20. Since the measurements of radar and lightning location system differ in both time and space, the location of lightning may not correlate exactly with that of rain area in the radar image

    由於雷達和閃電定位系統的采樣時間及空不盡相同,因此閃電位置不一定和雷達圖像的雨區位置完全相關。
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