隨機化技術 的英文怎麼說
中文拼音 [suíjīhuàjìshù]
隨機化技術
英文
randomizing technique-
Sequentially, the author discussed the technologies of medical image 3d visualization according to the clinical applications. with the development of computer, 3d visualization and computer graphics, the 3d visualization of medical images has progressed from fourier transform and convolve inverse projection to mpr ( multi - planar reformation, mpr ) and mtp ( maximum intensity projection, mtp ), nowadays, the real 3d reconstruction method, surface and volume rendering has risen. the image registering, image segmentation, pixel data set construction and 3d special interpolation are the key technologies in medical images 3d reconstruction
隨著計算機技術、三維可視化理論和計算機圖形學的發展,醫學圖像的三維可視化技術也從傅立葉變換、卷積反投影等基本圖像處理演算法,發展到真正的三維重建演算法:面繪制和體繪制;醫學圖像的三維可視化技術的應用也從三維醫學成像發展到虛擬內窺鏡,以及今天的虛擬可視化人體研究;而圖像的配準、圖像分割、體數據集的構建、三維空間插值則是醫學圖像三維可視化實現過程中的關鍵技術環節。With the prompt development of computer science, micro - electronics science and precision machinary technology, analysis instruments have a growing trend to exactitude, cybernation, complete set and miniaturization, customization, simpleness, family use and personal use
隨著計算機、微電子和精密機械技術的迅猛發展,分析儀器已經開始向著高精尖、成套化、網路化發展,又向小型化、專用化、簡用化、家庭化甚至個人化方向發展。With the rapid development of the technology of computer and automation, the computer control system is widely used in the manufacture of al electrolysis and the efficiency is improved and the life - span of the electrobath is increased
隨著計算機和自動化技術的發展,以計算機為核心的自動控制系統已經被廣泛應用於鋁電解生產過程的控制,提高了生產效率、延長了電解槽壽命。With the development of mechatronics technology, ultraviolet luminescence sensors will have more and more application and prospects
隨著機電一體化技術的發展,紫外線傳感器必將有廣闊的應用前景。With the development of sensor and computer technology, people hope to apply modern technology to human pulse diagnosis to reveal the essence and features of pulse ' s phenomena scientifically, which is the main research aspect in this paper
隨著傳感測試技術及計算機處理技術的發展,人們希望能將現代化技術應用於中醫脈學診斷中,以便更科學地揭示脈象的實質與特徵。本論文的研究主要是基於這方面來進行的。Two randomized response techniques for investigating the quantitative characteristic of sensitive question the randomized response technique ( rrt ), which was originally developed for qualitative purposes, is being developed for quatitative purposes which is more complex
隨機化回答技術最初是用於調查敏感性問題的屬性特徵而提出的,后來被發展運用到調查更復雜的數量特徵中來。The visualization technology is extensively used in the engineering area with the rapidly development of finite element method and the computer software and hardware
目前,隨著有限元法和計算機軟硬體的迅猛發展,科學計算可視化技術已經成為分析、研究各種系統的重要工具。Sa is a stochastic optimization technique and a zero - order algorithm requiring no derivative information and has been used extensively to solve continuous, ordered discrete and multi - modal optimization
模擬退火法( kirkpatrick等, 1983 )是一種隨機的優化技術,它是零階演算法,不需要導數信息,廣泛地用於解決連續的、有序離散及多模態優化問題。The main achievements are as follows : according to the stochastic mechanism, a novel ant colony optimization algorithm with random perturbation behavior ( rpaco ) is presented in this paper. the new algorithm includes two important aspects : a amplify factor formulated by inverse exponent function is developed, which is used to avoid premature, on the other hand, corresponding transition strategy with random selection and perturbation behavior is designed, which is designed to prevent the algorithm from stagnating
主要成果有:從隨機優化技術出發,提出了一種新穎的隨機擾動蟻群優化演算法,該演算法包含了兩個重要方面:一是提出了採用倒指數曲線來描述的放大因子,可以有效地防止早熟;二是設計出了相應的隨機選擇策略和擾動策略,避免演算法陷入停滯。The spreading code is acquired from the transmission data source. as a result, the method to generate the spread codes is very important. and the method determines the practical application of sess communication system
自編碼擴頻通信的擴頻序列是從待傳輸的信源數據流中獲得的,因此信源的隨機化技術是自編碼擴頻通信的基礎,它在很大程度上決定了自編碼擴頻通信是否能獲得實際應用。Sa is a stochastic optimization technique that has been used to solve continuous, order discrete and muti - modal optimization problems
模擬退火演算法是一種用於解決連續、有序離散和多模態優化問題的隨機優化技術。Visualization techniques for ship motion in waves
船舶海浪中非線性隨機運動的可視化技術Data rectification is a modern technique to improve the quality of measurement data, and its main purpose is to eliminate the random errors and gross errors included in original data by making use of applied statistics, identification, optimization and other techniques
數據校正的目的就是綜合應用統計、辨識和優化技術,對實測數據進行調整,消除數據中包含的隨機誤差和顯著誤差,去掉明顯錯誤的或不可靠的測量數據,從而提高測量數據的質量。With the development of computing technology, the new marine engine room simulators emerged from time to time until mid 1980 ' s when it was developed into multi - computer assisted simulating system, its working site and the hardware being gradually able to correspond to the real ships. since 1990 ' s the network technology has been applied to the engine room simulators, as provide the data communication between marine engine facilities and computer network, thus expanding the sub - network of student stations
隨著計算機技術的發展,輪機模擬器不斷地推陳出新, 80年代中期已發展成為多微機模擬系統,訓練的場所和硬體設施也逐步與實船相對應, 90年代起網路化技術運用於輪模擬器,不但將船舶機艙設備和艙室用計算機網路進行數據聯絡,並且擴展了學生訓練站的子網路。The manufacture information technology supporting platform integrates government, university, r & d institution and it company into a systematic information system, which provides manufacture a systematic, authorized technical and services support ; also speeds up the manufacture implementing information system progress
製造企業信息化技術支持平臺將政府、高校、科研機構及it企業的資源整合為一體,形成一個綜合的信息化資源系統,為製造企業隨時提供系統、權威的信息化技術支持與服務,加快了製造企業實施信息化建設的進程。With the scale of social production extends and the production horizontal exalts, the electricity control technique and the hydraulic technique all develop very quickly. electricity control technique developed from the relay system to the direct digit control ( ddc ) system the disperse control system ( dcs ) to the fieldbus control system ( fcs ). the modem hydraulic control technique have developed to a complete automation which include of transmit control testing computer technique, and gradually turn to the digit control and full - automatic control
隨著社會生產規模的擴大、生產水平的提高,電氣控制技術和液壓技術都在非常迅速的發展。電氣控制從繼電器控制系統發展到直接數字控制( ddc )系統、集散控制系統( dcs )到目前的現場總線控制系統( fcs ) 。現代的液壓傳動及控制技術已發展成一門集傳動、控制、檢測、計算機一體化的完整的自動化技術,並逐步趨向數字控制和全自動化。With the intensive and scale development of modern greenhouses and the advancement of their intelligent management, present - day greenhouse technology is witnessing a trend of integration of greenhouse production and its management through remote communication. the development of modern sensor technology, communication technology, automation technique and computer technique add fuel to the fire for this trend. the remote communication interface for greenhouse data acquisition system is designed and discussed in this paper as the research focus
隨著現代溫室朝著集約化、規模化方向的發展和溫室管理智能化要求的提高,溫室測控系統實現遠程通信,進而實現溫室內生產與管理的一體化,是現代智能溫室發展的必然趨勢;現代傳感器技術、通信技術、自動化技術和計算機技術的發展,又為這一發展趨勢推波助瀾,本文就這一研究熱點,集中對溫室數據採集系統遠程通信介面進行了設計探討。And in addition, the paper explores the aspects of internal fluctuation, which is viewed as the random choices of the cognitive subject, how it is depend on the initial conditions and is enlarged by the method of positive feedback with step by step on the views of the nature, material outlook and thought modes. what ' s more, under the controls of the nonlinear interactions, the paper respectively explores the development principle in the culture of technology and science between the west and the east on the aspect of attractors and the order parameters, which result from the cooperation and competition. finally, the paper correctly formulates the different value preference in accord with the attractors and the order parameters, and focuses respectively on the traditions of the eastern pragmatic preference and the western contemplative preference and technological preference
在此基礎上,從東西方科技文化的發生和起源入手,從耗散結構的觀點出發,考察了認知主體的隨機性選擇這種文化的內漲落因素,是怎樣依託于各自不同的初始條件?地理氣候條件,在自然觀、物質觀和思想模式方面一步步得到正反饋式的放大;進而,在文化系統內部種種非線性的相互作用下,從競爭和協同所必然產生的序參量和吸引子兩個方面,分別考察了東西方科技文化不同的發展規律,聚焦東方的實用化取向和西方的思辨化、技術化取向的影響機制,從它們在不同時期所發揮的不同作用正面回答了「李約瑟難題」 。With the development of the urban traffic and the wide use of the technologies of communication, computer and automation on transportation, people begin to apply new theories and technologies on the traffic control
隨著城市交通的發展以及計算機、通信和自動化技術在交通中的應用,近年來人們開始借鑒新的理論和技術研究交叉口的交通控制技術。Traditional optimization techniques search for the best solutions using gradients or random searching
傳統的最優化技術大多是基於梯度尋優技術或隨機搜索的方法。分享友人