模擬傳真機 的英文怎麼說

中文拼音 [mónǐzhuànzhēnjī]
模擬傳真機 英文
sfax stimulated fax
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 擬 : 動詞1. （設計; 起草） draw up; draft 2. （打算; 想要） intend; plan 3. （模仿） imitate
  • 傳 : 傳名詞1 （解釋經文的著作） commentaries on classics 2 （傳記） biography 3 （敘述歷史故事的作品）...
  • 真 : Ⅰ形容詞（真實） true; genuine; real Ⅱ副詞1 （的確; 實在） really; truly; indeed 2 （清楚確實） cl...
  • 機 : machineengine
  • 模擬 : imitate; simulate; analog; analogy; imitation; simulation模擬艙 boilerplate; 模擬電路 [電學] circ...
  • 傳真機 : a fax machine
  • 傳真 : 1 （寫真 指畫家描繪人物的形狀） portraiture2 [訊] （利用電信號傳輸以傳送文字、文件、圖表等的通訊...
  1. Numerical calculative simulation could factually reflect the dynamic characteristics of the whole equipment and inner flow and diathermancy of split - stirling crycooler. through the calculation, the velocity, temperature, pressure and other detailed information of airflow in any position inner the crycooler could be gained ; the distribution of each parameter could be confirmed and reasonable explanation for the experiment result could be made

    數值計算模擬能接近真實地反映分置式斯特林製冷機的整機和內部流動、傳熱的動態特性，通過計算可以得到製冷機內部任一位置的氣流流動的速度、溫度、壓力等詳細信息，確定各參數的分佈情況，並可以對實驗結果做出合理的解釋。
  2. The author mainly anticipates the task including the simulation of eye fundus imaging and image mosaic. on the base of the dr principle and ophthalmic phototropism study, the author analyze and contrast new fundus camera system with traditional fundus camera. the author will establish the eyeball model with 3ds max technology, imitate the simple eyeball dioptre system and simulate the narrow - angle imaging to ensure the rationality and authenticity of fundus image, which solves the object origin of later image process, then fast mosaics the nine piece of fundus images with the help of the image registration theory and acquire a piece of wide - view fundus image containing more information, thereby provides doctor with enough diagnostic detail, which solves the problem of narrow view

    作者在熟悉糖尿病性視網膜病變原理和眼科屈光學的基礎上，進一步研究分析了新型免散瞳眼底照相系統和傳統眼底照相機原理和區別，擬採用3dsmax建立三維眼球模型，模擬眼球屈光系統，模擬眼底照相系統的小角度拍攝，使獲取的眼底圖像合理真實，解決後期系統圖像分析處理的對象來源問題;然後運用醫學圖像配準理論對模擬獲取到的九幅小角度眼底圖像進行快速拼接，拼成一幅大角度的眼底圖像，解決小瞳孔拍攝圖像視角太小的問題;最後通過對眼底圖像配準演算法在相似性測度和搜索演算法的比較，找到一種適合眼底照相系統的眼底圖像拼接的快速演算法。
  3. Audio localization technology, a new intersecting subject, touches on such research fields as psychoacoustics and physiology, artificial intelligence and high - capability computer system and so on. and it can help transfer and identify visible information, enhance the fidelity, imagination and immersion of 3d simulation environment. so it has a broad application future

    音頻定位技術作為一門新興的邊緣交叉學科，涉及聽覺心理學、聽覺生理學、人工智慧和高性能計算機系統等多個研究領域，且具有廣泛的應用前景，它可以幫助傳遞和識別可視信息，增強三維模擬環境的逼真度、想像力和沉浸感，在軍事和民用方面有廣泛的應用。
  4. Based on historic radiosonde data of changchun city, jilin province and xian city. shanxi province and on the typical model of profiles of cloud liquid water content for stratiformis, the coefficients of retrieval equation are obtained as the functions of height for each month from april to july in the two cities. furthermore, we explore the internal physics signification of retrieval coefficients ' distributing according to every month and have comparisons between the two cities. then the numerical simulation tests of the accuracy of retrieval results are given : the statistical relative deviation of retrieved values of l to the simulated " trues " on the ground is 15 - 25 % and that at altitude of 6km is 5 - 10 %, that means the retrieval method and implementation of the method are applicable to processing measurements of an airborne radiometer made in china recently

    本文介紹機載對空微波輻射計探測雲中路徑積分液態水含量（ l ）的輻射傳輸原理和反演方法；根據吉林省長春市和陜西省西安市的歷史探空資料和典型的層狀雲液水垂直分佈模式，得到這兩個地區4 - 7月各月的隨高度而變的反演公式及其系數的表達式；探索了和反演系數有關系的大氣的影響，並在各個月份之間進行了比較分析；給出了反演誤差的數值模擬檢驗結果：在地面反演值對『真值』的統計相對偏差是15 - 25 ，在6公里高度處為5 - 10 ，表明該方法已具有實用可接受的精度。
  5. The traditional simulation is based on the determinate environment. while the proposed jitter simulation environment is of a random processing, which is more closed to the real world

    傳統的時序模擬都是確定型的，而相位抖動的軟體模擬環境是一種隨機處理方式，它最接近真實的物理世界。
  6. Truer models of outbreaks must capture the probability of disease transmission from one person to another, which means simulating not only the properties of the disease and the health of each individual but also detailed interactions between every pair of individuals in the group

    更逼真的模型應把疾病從甲傳給乙的機率也考量進去，這意味著研究者要模擬的，除了疾病的特性與個人的健康狀況之外，還要詳細追蹤每兩個人之間的互動情形。
  7. The virtual reality is one kind of technology that produces a highly vivid simulation environment by using computer to make user immerse into the virtual environment by some kinds of sensor interfaces and accomplish interaction between user and environment

    虛擬現實技術是利用計算機生成一種高逼真的模擬環境，通過多種傳感器介面，使用戶「沉浸」到該環境中，實現用戶與該虛擬環境直接進行「交互」的技術。
  8. Typical computer generated holography ( cgh ) and hologram synthesis that simulate typically optical holography need to compute a huge 2 - d holographic fringe, or to lose some 3 - d information and resolution to reduce data. the first real - time display of holographic images was reported in 1990 by the mit spatial imaging group. but this is still an open problem because view angle of holographic images, volume and speed of transmit are limited

    傳統的研究集中在計算機生成全息圖（ computer - generatedholography ，簡稱cgh ）和全息圖綜合的方法上，採用模擬光全息的物理方法，從而導致數據量龐大，無法在現有硬體上完成實時處理，或者靠損失部分三維信息和解析度以減少數據量，但失去了真三維顯示的效果。
  9. The application of the digital video recording technology changes the treatment for the video signal from the traditional simulation to the digital. it is the great innovation in the surveillance fields that providing the well computer platform for system integration and non - human monitoring trend

    數字錄像技術在監控系統中的應用，將傳統對視頻信號模擬處理方式改變為數字處理方式，是監控領域中的重大革新，並為系統集成提供良好的計算機平臺，真正達到監控的無人職守。
  10. With the increase of communication systematic complexity, traditional analysis design method can not fit in with the needs of development. if the experiment is carried on the true system directly each time, which not only costs expensivly, takes a lot of time, sometimes even it is difficult to find the very crux of the question. therefore, the effective method is to adopt the emulation technology of the computer. so that the computer ' s ability of high - speed computation can be used, and the analysis, design, optimization of performance and evaluation testing of optic fiber communication equipment and system can be finished

    隨著通信系統復雜性的增加，傳統的分析設計方法已經不能適應發展的需要。如果每次都直接用真實系統進行實驗，不僅耗資昂貴，費工費時，有時甚至難于找到問題癥結所在。因此，解決上述問題的有效方法是採用計算機模擬技術，利用計算機的高速運算處理能力，完成對光纖通信設備與系統的分析、設計以及性能優化與評估測試。
  11. Three axis optical tracking test table is a kind of powerful instrument used to reproduce the flying posture of flying weapons in laboratory. the test table, together with equipment producing target, simulates the attacked target and flying missile, which can really simulate the various flying postures in space and dynamic characteristics. thus, the performance of sensors, control system and actuator and so on can be tested and evaluated, which provides various reference bases for developing, improving and redesigning flying weapons

    三軸光學跟蹤試驗轉臺是一種在實驗室條件下復現飛行器或導彈在空中飛行姿態半實物模擬的有力工具，它和目標發生裝置組合在一起模擬導彈跟蹤目標的過程，可以真實地模擬出導彈等飛行器在空間的各種姿態和動力學特性，從而對其傳感器件、控制系統和執行機構等硬體設備的性能加以測試和評價，為飛行器的研製、改進和再設計提供各種參考依據。
  12. By using the training system ， we altered the traditional teaching model of master worker - to - apprentice and teacher - to - student by using lifelike substitutes of real objects, setting up dynamics model and joining certain mutual operation, trainees can make exact imitation in dangerous environment. the virtual system has an characteristic of allowance of mistakes and this can make the trainees experience something that can not be met in the reality

    利用虛擬現實技術建立的虛擬培訓系統，改變了傳統的師傅帶徒弟及傳統的教室教學的模式，利用計算機產生逼真的實物代用品，並建立動力學模型，加入一定的交互性操作，使受訓者可在毫無危險的環境下進行精確模擬，模擬系統的容錯特點使受訓者能親身體驗到現實生活中體驗不到的經歷。
  13. Ibr is based on the theory and method of computer vision and image processing, and it uses photo - realistic renderings and warping. it is appealing since natural scenes, which are very difficult to model using traditional 3d geometry modeling, can be acquired semi - automatically using cameras and other devices

    基於圖像的繪制是近來興起的一種新的虛擬現實實現方法，它以計算機視覺和圖像處理等學科的理論和方法為基礎，試圖利用真實的圖像來代替傳統的幾何建模，同時又用圖像空間的變換操作來代替傳統的繪制過程。
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