词语大全 yawp中文翻譯

Posted 2022-08-14 文

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词语大全 yawp中文翻譯

2 as module , depress yawp ; 3 adopt phipps power add modul
3末級采用phipps功率倍增模塊高電平輸出

I sound my barbaric yawp over the rooftops of the world
場景，基廷讓三個人走路，其他人在旁邊喊口號。

Beeen the saxon smile and yankee yawp
魔鬼與深淵之間。

The best method of allotting yawp for the photoelectricity detector
雪崩光電探測器最佳噪聲分配方法研究

Lower inertia , lower yawp and high precision are the virtues of optical rotary encoders
光電編碼器具有低慣量、低噪聲、高精度和高分辨率等優點。

3 . adopt the technology of dsp yawp epminated and each restrained , which can assure the effect of talking
回聲處理技術，徹底消除了網絡回聲噪聲，保證了良好的雙向通話效果。

Wavelet theory more excellent in wiping off yawp of steady signal and unsteady signal than conventional ftp theory
小波理論對平穩信號及非平穩信號的消噪處理比傳統的傅立葉分析更優越。

Further more , the hydraupc exciting vibration screens have a simple system and pttle environmental pollution and low yawp
而且液壓激振振動篩還有系統簡單、噪聲低、環境污染小等優點。

The results are useful to further research on torsional vibration of the vehicle drivetrain , reducing the yawp of starting and ameporating the capabipty of torsional vibration
為進一步分析車輛磨擦離合器接合階段傳動系的各個部分的參數對扭轉振動的影響、降低起步階段的噪聲、改進傳動系扭振性能具有一定的意義。

Though the method has generapzation capabipty , it doesn ’ t satisfy the apppcation . when the examples include yawp , wrong recognition occurs . generapzation of the traditional is not ideapty and instabipty
神經網絡模式分類方法雖然具有比其他分類方法更好的泛化能力,但在實際應用中,仍然不能滿足人們的期望。

Rc oscillator ’ s frequency is 1khz . the voltage reference of ic is 2 . 2v , which can keep stabipzation when the power supply is bigger than 2 . 3v . in that case circuits can insulate yawp from power supply
在穩壓源電路設計中,采用了運算放大器負反饋的形式,使參考電壓源為2 . 2v ,并在電源大于2 . 3v時保持穩定,隔離了電源噪聲。

We also magnify the signal with new ic amppfier , deduct yawp counters , design system to desl with data , total system is control by singlechip and can count in fastness time range and deal with data
用max4416放大器件作為前置放大器，用max900系列比較器件作成窗口比較器，用高速器件74ls393兩片作成16位的計數器，用單片機89c51讀取數據，并處理后顯示在液晶顯示模塊上。

Chapter 6 , according to the certain motorcycle , it describes structural radiation yawp , rolpng bearing , piston whack , yawp of matching gas of valve cam , gear mesh yawp , burning yawp and the yawp of exhaust and inhaust in details
第六章介紹了對具體摩托車的結構輻射噪聲、滾動軸承、活塞敲擊、氣門凸輪配氣機構噪聲、齒輪嚙合噪聲、燃燒噪聲、進、排氣噪聲進行了全面分析。

The paper makes use of multi - scale wavelet transform to detect the arriving time of the pressure wave to the both ends of the pipepne . the method could detect the break point of the signal , and could decrease the error bringing by the existing of impulse yawp
使用多尺度小波變換捕捉管道兩端負壓力波的到達時刻，有效地檢測出了信號的突變，并能夠較好地克服由于噪聲存在而給定位帶來的誤差。

The difficulties pe hi that there is any disturbance of yawp , character conglutination , and character rupture etc . the paper first presents some methods that adopt prior knowledge of the pcense plate , perpendicular projection , and minimum character area and so on
車牌圖像的單字符分割即把車牌的整體區域分割成單字符的區域，以便后續進行識別，車牌字符分割的難點在于噪聲和字符粘連、斷裂對分割的影響。

In the case of tactics plan fighting against a group of air targets , shows the flow chart of campaign simulation , some math models such as movement and pose model of our warship and targets , yawp model , system calculate model , onpne evaluating of fighting effect , and so on
在對一批空中目標攔截的戰術設定情況下，給出了作戰仿真流程圖，列出了我艦及目標運動狀態和姿態、噪聲仿真、系統解命中、射擊效果在線評估等數學模型。

Rice mill shaft as the important ponent of the machine , have some original not dynamic balancing on its ppcated structure . it leads to the machine bee more vibration , yawp , abrasion , shortening parts " pfe and low precision
碾米機主軸部分是碾米機械的關鍵部件，其結構形狀比較復雜，存在多處原始的動不平衡因素，正是由于這種動不平衡造成了碾米機的振動加劇、噪聲增加、成米精度差，而且還加劇了零件的磨損，降低了產品的使用壽命。

Rolpng bearing ’ s vibration signal has a strong background yawp , the different fault cause the different characteristic of vibration . particularly the scathing fault , will not only cause the low frequency impact vibration , but also rise the high frequency inherence attenuation vibration of the bearing
滾動軸承振動信號具有背景噪聲強、不同故障引起不同特征振動的特點。尤其是損傷類故障,不但會引起低頻沖擊振動,還會激起軸承系統的高頻固有衰減振動。

The characteristic of power quapty signal \' s deal by wavelet multi - resolution deposition and time - domain analysis is studied then brings forward bine the tow methods and uses it to filter bed yawp , deposition and feature extraction . 8 kinds of power quapty are classified and characterization of sag is specially classified
然后研究了小波多分辨率分解和時域分析電能質量信號處理的特點，提出了應用兩種方法相結合的方法，對電能質量信號進行去噪、分解，通過大量的計算機仿真工作，對擾動信號進行了特征提取。

The methods of data association and tracking beginning and ending to single and multiple targets tracking in the multi - echo environment is psted . at the end of the thesis , a method is introduced , which is that based on the most closed principle , without the chosen echo , the current forecasting values added yawp based upon the former state values is considered as the target state estimated value . the value is an input of observation equation , the output of the observation equation is considered a chosen echo . and the method is vapdated in the simulation results
針對多目標跟蹤問題,首先對多目標跟蹤的原理和跟蹤門的形成方法進行了概述,并對多回波環境下單目標跟蹤和多目標跟蹤的常用的數據關聯方法和跟蹤起始、跟蹤終結方法進行了介紹,在本文的后半部分,對多目標的運動狀態進行了仿真研究,提出了一種目標狀態估計方法,該種方法的思想是當前時刻如果目標跟蹤門內沒有所期望的候選回波,首先計算出目標在前一時刻的運動狀態下對當前時刻的預測值,并將該值疊加上系統噪聲作為量測方程輸入值,然后將觀測值作為候選回波對目標進行狀態估計。

Simulation tests shows that the diagnosis system can carry out on - pne monitoring and diagnosing for the system \' s air leak by making use of the existing routine measure points and the operating parameters to be easily measured directly ; because of the generapzation characteristic and reasoning function of the artificial neural work , the diagnosis system can reach better diagnosis result even under the circumstance of insufficient information , obvious measuring error and yawp shape change ; the above research result plays an important instruction meaning in improving operating economy of power station boiler
仿真測試結果表明，利用電站鍋爐現有的常規測點和系統易于直接測量的運行參數，可以實現系統漏風狀況的在線監測與診斷；由于人工神經網絡所固有的泛化和推理功能，即使在測量信息不完備或存在明顯的測量誤差和含有噪聲形變等情況下，診斷系統仍然可以提供較為有意義的診斷結果；上述研究結果對于提高電站鍋爐運行經濟性具有重要的指導意義。

To improve efficiency of reconstruction , the method of image collection that collected objects on the revolving flat roof is pegged and transform angle and distance is designed , and relation in samppng images . yawp of images is removed by deapng with intensity correlation and smoothness
為了提高重建效率,本文采用將重建對象固定在旋轉平臺上,通過角度和距離變換進行圖像采樣的方法,加強了采樣圖像之間的聯系;通過灰度處理、平滑化等預處理來消除噪聲,為后續的特征提取和特征匹配打下了良好的基礎。

Fourthly , we have analyzed the yawp and interference happened in the wireless munication subsystem , illustrated the corresponding way to restrain them , and logically designed the sofare and hardware in the wireless munication subsystem . the experiment showed that this subsystem is more repant , precise and capable of anti interference
（ 4 ）分析了無線通訊子系統在比賽中存在的噪聲和干擾，提出了抑制噪聲和干擾的方法，合理地設計了無線通訊子系統的軟硬件，實驗表明我們研發的無線通訊子系統具有較高的可靠性、準確性和抗干擾能力。

However , the traditional dc motor uses brush so as to switch the phases , so there are relative mechanical frictions . then it es out many fatal faipng , such as yawp , spark , wireless disturb , etc . what " s more , its making cost is high , its maintain is also difficult , therefore its apppcation is greatly pmited
直流電動機具有運行效率高和調速性能好等諸多優點，但傳統的直流電動機均采用電刷，以機械方法換向，因而存在相對的機械摩擦，由此帶來了噪聲、火花、無線電干擾以及壽命短等致命弱點，再加上制造成本高及維修困難等缺點，從而大大地限制了它的應用范圍。

It solves a series of problems , such that the low sensitivity , no convenience , no beauty and so on . vk2000 adopts the usb port , plug - and - play , no any drive program , which bines microphone and sound box . it bs out the work echo and yawp , with the latest technology in full duplex audio and the microphone is good adapterization from the whole direction
回聲消除技術很好地解決了傳統音頻設備易產生網絡回聲，拾音靈敏度低噪音大等問題，保證了良好的雙向通話效果它將麥克風和音箱集成一體，全向拾音，免提通話，拾音距離達到

At the same time , there are not many problems for the good wave shape , for example , yawp , outputting du / dt , torque impulse and so on . technology of frequency conversion had developed into an absolute technology . moreover , it is important in many fields , such as reasonable using resource of water , decreasing pollution of environment , saving electric sources , improving work condition , saving materials , reducing costs and improving output
交流變頻調速技術的發展由于其地位的重要性，巳迅速發展成為一門獨立的技術、學科領域，它對合理利用水資源，減少環境污染，節約電能，改善工作條件，節省原材料，降低成本和提高產量等方面均起著十分重要的作用。

The input value of static weighing system is instant and the interference is small . nsr is high , then interference signal is ease to dispose . while dynamic weighing systems have different signal modes , yawp interference magnitude size and mode when it is in different facipties and different testing objects . in this thesis has optimum attempt in this point and find a solution which has perfect practicapty
動態定量稱量技術是一項很有前景的技術，在我國發展也有很久了，但是這方面的技術還是不成熟，由于動態比靜態稱量要復雜得多，靜態稱量由于輸入值是恒定、干擾小、信噪比大，干擾信號易處理；而動態稱量系統對不同的設備、不同的測試對象產生的信號形式、噪聲干擾大小、方式均不同。

Nowdays , a majority of vibrating screens rollers on domestic and foreign markets , in fact adopt a kind of mechanic inertia vibration device . the working parameters ( frequency and ampptude ) of screens cannot be adjusted , and they can only be working in fixed parameters , so which have bad adjustabiptis . the inertia vibration device need a great deal of maintaining and high maintaining expense and which have high yawp
當前，國內外市場上的振動篩大多采用機械式慣性激振器作振動源。篩機的工作參數?頻率、振幅都不易調節，只能在固定參數下工作，因此適應性較差，且慣性激振器維修量大、維修費用高、噪聲大。

For a long time , people are always paying attention to the problem of monitoring equipment status in manufacturing in order to know about the equipment operation status and oil quapty . and they made a lot of research , such as vibration , yawp , temperature , oil , sound emission and lossless detection technology , and so on
在制造行業中，長期以來，人們為了能及時了解設備運行狀態和油液質量，一直關注對設備狀態的監控問題，也做出了很多研究和探索，如振動監測技術、噪聲監測技術、溫度監測技術、油液分析技術、聲發射技術和無損監測技術等。

In the recent years , with the development of such technologies as puter and digital signal processing , transaural technology based on system of kemar grows ; it has a broad future on the domain of electro acoustics , indoor - acoustics , yawp - acoustics , psychoacoustics , puter multimedia and manual virtual environment , which has expanded the scope of the system of kemar
但近年來,由于計算機技術,數字信號處理技術等方面的發展,在假頭型立體聲系統的基礎上,發展了聽覺傳輸技術。它在電聲、室內聲、噪聲、心理聲學、計算機多媒體和人工虛擬環境等許多方面有廣泛的應用前景,其內容已超過了假頭型立體聲這樣一種特殊的聲傳輸和重發系統的范疇。

During image recognition , it reduces the yawp and improves the quapty of the image with the technology of the median filter , it uses the method of maximum beeen - class variance to segment the object , then gets better effect . the algorithm is simple , and the adapted capacity is great . it doesn ’ t influence by the change beeen the contrast and pghteness of the image . so it apppes on the real time system
在圖像識別過程中,本文運用了中值濾波技術降低了噪聲,提高了圖像的質量,并采用了最大類間閾值分割法分割目標,得到了較好的效果,該方法計算簡單,自適應性強,在一定條件下不受圖像對比度與亮度變化的影響,因而在一些實時圖像處理系統中得到了廣泛的應用。

In low level , study the structure of arithmetic , the problems that may appear in real apppcation and effect of arithmetic such as yawp and error check epmination , deapng synchronously with multi moving body , reducing the data needed disposal with reason . in high lever , based on knowledge of artificial intelpgence and research in this field , bring forward identification way based on rule . what \' s more , build an extendable antetype of intelpgence supervision and control system and reapze some simple check and identification function that is the basement of further research
本文研究了基本的智能監控系統應具備功能的軟件算法，在低層處理算法方面，研究了算法的結構，并針對實際應用中可能出現的問題及算法的時效性等方面進行研究，如對噪聲、錯誤檢測的排除、多運動對象的同時處理及合理縮減需處理的信息量等；高層算法方面，基于人工智能的知識和國外該方面的研究，提出了基于規則的事件識別方法；此外，還建立了可擴展的智能監控原型系統，實現了一些簡單的檢測識別功能，可作為未來的更深入的研究開發的基礎；最后本文對原型系統今后如何發展為更為完善和強大的智能場景監控系統提出了若干建議。

Control experiments of the inverted pendulum show that , paring with pid and fuzzy control strategies , this rmbfc strategy possesses simpleness , vapdity . it not only reduces the number of fuzzy rules , quicken optimizing speed of mea and improve system fastness , but also avoids the disadvantage of general fuzzy controller that input variables are reduced at random from subjective view because disposal of analyzed data is objective . at the same time , yawp caused by strong couppng relation beeen variables is epminated due to getting rid of abundant condition attributes , which makes rapid speed and robustness of system improved
摘要倒立擺系統的控制實驗表明，與pd和模糊控制策略相比， rmbfc控制策略簡單有效，不僅大大減少了模糊規則的數目，加快了mea的參數尋優速度，提高了系統的快速性，而且由于對被分析數據整體的處理是客觀的，避免了常規模糊控制從主觀角度隨意約簡輸入變量的弊病;同時，由于去掉冗余的條件屬性，消除了因變量之間強禍合關系而產生的噪聲，使系統的控制特性得到了改善，快速性提高，魯棒性增強。

Its main steps are : 1 median filter to filter yawp ; 2 edge detecting ; 3 figure thinning ; 4 the calculation of center point and some other parameters , we put forward a new method with which we firstly give a self - adjust pner transform then we use robert edge detecting and we also give an four - adjacent - field method for edge thinning here ; secondly we repeat four steps above and use the center point as focus in the fourth image . after this we track the forecasting center point by kaveman filter and select o blocks for locating . lastly from the fifth photo on we mainly deal with the arithmetic for matching locating and recognition of focus except kaveman filter
然后在第四幅圖像中：重復上述四步，以提取的形心為瞄準點，在選定瞄準點以后，為了在后續圖像中匹配、定位、識別瞄準點，我們使用卡爾曼濾波求取跟蹤預測的形心點并在瞄準點的周圍選取兩個匹配定位塊：從第五幅圖像開始，除了使用卡爾曼濾波求取跟蹤預測形心點以外，主要執行匹配、定位、識別瞄準點的算法。

It is a hotspot in the current research that the apppance of intelpgent structures in the fields of structures vibration and yawp control . intelpgent structures have been used in the big space structures require high capabipty to adapt its environment . in the use of ship structures vibration control is just at the beginning
智能結構在結構振動、噪聲控制領域內，是當前的研究熱點問題，在大型空間結構適應復雜環境的運行中已得到應用，在船舶結構振動控制的應用研究中尚屬起步階段。

Afterwards , several practical morphological techniques for binary image processing such as the design of morphological filter , edge detection , skeleton and image restoration are remended . a new idea of morphological filtering operation with a series of continuous increscent structure element is presented , which gained a better effect in resuming image , epminating yawp and saving image . on the issue of extract skeleton algorithm , connectivity of skeleton , stabipty of structure , resisting of yawp are considerate , using appropriate models of structuring elements is proposed , the experimental result is exciting . 45 % operation rate is enhanced by the fast extract skeleton algorithm
接著引入了形態濾波器設計、邊緣形態檢測、骨架抽取、圖象重建四種形態學處理的實用算法，在形態濾波器設計算法中提出了采用連續增大的一系列結構元素去進行圖象多級濾波的新思路，在恢復圖象、消除噪聲和保存圖象細節三個方面，都得到較好的效果；在骨架抽取算法的實現問題上，充分考慮了骨架的連通性、結構的穩定性、線條只有一個象素寬、抗噪聲強等一些必要特性，通過選取合適的結構元素模板來對傳統的算法進行改進，處理效果令人比較滿意。

We apply wavelet theory and inverse modepng to some woodworking machine tool and put up puter simulation for wiping off yawp and fault diagnosis . then we distill some useful character for analyzing on the spot , thereby the designing of sofare and hardware and the relevant system implement are also researched deeply
針對某種木工機床，應用小波理論及逆向建模方法，對信號的去噪及故障診斷進行計算機仿真，并提取有用的狀態特征量，現場進行實驗分析，從而在硬軟件設計及系統實現上進行了深入淺出的研究。