波前分割 的英文怎麼說
中文拼音 [bōqiánfēngē]
波前分割
英文
division of wavefront-
The beam division method in maskless laser interference photolithography can be divided into wave - front division and amplitude division
摘要無掩模激光干涉光刻中的分束方法一般有波前分割和振幅分割。An interferometric lithographic experimental system with maskless and multi - beam exposure is built. an experimental system with wavefront divided by a trapezoidal prism and with selectable diaphragms for kinds of multi - beam, multiple - exposure interferometric lithography research is proposed. the experimental study on interferometric lithography is carried out
建立了無掩模多光束多曝光干涉光刻實驗系統,提出了一種採用梯形棱鏡進行波前分割和利用可選擇光闌進行多種多光束多曝光干涉光刻研究的實驗系統,進行了干涉光刻實驗研究,對模擬和實驗結果進行了分析。In order to improve the quality of laplace operator image segmentation at a high real time capability this paper presented a synchronization dimensional structure filter for laplace operator
摘要為了在繼承拉普拉斯運算元高實時性的前提下提高圖像分割質量,設計了一個可與拉普拉斯運算元差分計算同步進行濾波工作的空間濾波器。In this paper emphasis is put on the application of the wavelet technique into the system and the local segmentation problem preliminarily solved existing in the extant bone - age recognition system. the traditional chain - length concept is dixcarded and the percentage concept of the chain is proposed. no related reports can be found in the literature. the chain is proposed
隨后,筆者重點研究了小波技術在微機骨齡診斷系統中的應用,初步解決了目前骨齡系統中存在的局部分割問題,拋棄傳統的鏈長觀念,提出了鏈的百分比概念,國內外文獻未見有相關報道;針對分割結果的不封閉性,採用邊緣點生長的方法,有效地解決了區域的封閉性。In this paper, first an overview and analysis is given of existing typical algorithms for real - time audio - stream segment then a algorithm base on energy is proposed to audio - stream segment. the utilization of message - action finite state automaton is also required to control different complex playback pattern
本文首先歸納和分析了當前語音檢測的典型演算法,通過綜合比較,然後提出了一個基於能量的應用於教學系統的實時音頻流分割的演算法,首先對語音進行濾波除噪的預處理,然後利用語音的能量特徵進行分割,最後利用有限自動機進行多模式控制。Upon converting the sound waves into a flood of digital data, the signal passes through an analog digital or short a d converter, which performs a time - based rasterization of the incoming signal and determines a certain level with which the wave could, for example, reach our ear with every passing second
回到聲音切割部分,如之前提到的欲將聲波儲存時,其實也就是將模擬analog訊號轉換為數字digital信號再加以儲存,連續的模擬信號將被切割成如圖的階梯狀,回到我們的耳朵就會變成斷斷續續的聲音。分享友人