visualization scientific 中文意思是什麼
visualization scientific
解釋
可視化- visualization : x線造影
- scientific : adj 1 （自然）科學（上）的，學術（上）的，科學性的;從事科學工作的。2 應用科學的。3 精通學理的，有...
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Isoline analyzing is a fundamental and important part in visualization in scientific computing
等值線分析是科學計算可視化的一個基礎而重要的研究內容。 -
The paper presents several aspects in partition rectification and visualization of raster image. adopt technology of visualization for scientific calculation, vector diagram of deformation 、 contour chart of deformation and drawing of three - dimensional are realized. delaunay tin in view of deformation feature is constructed on base of selected grid control points and methods and mathematical models for partition rectification are realized based on the delaunay tin. software of geometric rectification for large scales are realized and applied in project
本論文針對柵格影像的變形可視化及分塊糾正展開研究，取得了以下幾方面的研究成果：一、採用科學計算可視化技術，繪制變形矢量圖、變形等值線圖和三維效果圖，實現了柵格影像變形特徵的可視化；二、提出了在格網控制點（ gcp ）數據基礎上選擇性構造顧及變形特徵的delaunay三角網，並基於構造的三角網實現了分塊糾正的方法和數學模型；三、採用vc編制了影像幾何糾正軟體，實現大比例尺掃描地形圖的糾正，並在工程中得到應用。 -
A general graphical user interface based on object - oriented technique, database and visualization in scientific computing has been conducted. we can draw electrical components of the distribution network and fill the components data easily. background programs analyze topology automatically and constitute node admittance matrix, node impedance matrix
它使用圖形元件直接繪成系統接線圖，在屏幕上輸入元件參數，后臺程序自動進行網路拓撲分析，然後基於稀疏技術，利用支路掃描法形成節點導納陣，連續回代法形成節點阻抗陣。 -
Technology of medical image data visualization is a main application of technology of visualization in scientific computation
醫學影像數據可視化技術是科學計算可視化在醫學領域的重要應用。 -
Scientific visualization is a relatively new computer - based field that is in rapid and constant progress ; hence one of the primary concerns in design a new visualization system is the extendibility to embrace newly emerging technology
可視化技術已經成為cfd研究領域具有特別重要意義的研究方向。科學計算可視化是一個新興的發展特別迅速的領域，新的可視化技術日新月異。 -
The fifth chapter comes up with some combination methods for changsha road landscape environment ’ s developing direction in the future, which mainly includes the whole configuration, function, form and visualization effect etc on changsha road landscape environment. taking changsha road landscape environment as research object, this thesis aims at the construction of scientific evaluation system for changsha city road landscape environment through the analysis of changsha road landscape environment ’ s affection gene and constitution elements from the angle of
本文從景觀學的角度出發，以長沙市道路景觀環境為研究對象，旨在通過對長沙市道路景觀環境影響因子、構成要素的分析，構建科學評價長沙市道路景觀環境的評價體系，並以此為基礎探尋整治長沙市道路景觀環境的若干思路。 -
The common methods of realization of visualization in scientific calculation are suggested in this paper, and the calculation example in engineering indicates that the visualization system of hydraulic tunnel section lining design is practical and steady
本文論述了實現科學計算可視化的一般方法，並通過計算工程實例，證明了水工隧洞斷面襯砌計算可視化系統的實用性和穩定性。 -
During the past decade, the success of scientific visualization has shown how to harness people ' s ability to see patterns in properly presented data ; soon it will be possible to bring multiple senses to bear simultaneously, engendering a response from the mind and the body that will be more than the sum of its parts
在過去十年中，科學視覺化的成功已顯示了如何駕馭人們在提供適當數據的情況下觀察模式的能力，很快就能使各種感官同時起作用，使頭腦和身體產生一種反應；這種反應將比這些感官的綜合效應要好得多。 -
The system covers 3d gis, virtual reality, and visualization in scientific computing. with the combination of the electric grid information and the 3d geographic information, this system can provide the real image of the electric grid and the environment around it. using this system we can get all - round analysis results and obtain comprehensive information
本系統以三維地理信息技術、虛擬現實技術和科學可視化技術為支撐，真實地再現了輸電線路周圍的地形地貌、輸電設備，實現了輸電線路信息和地理信息很好的結合，從而實現了輸電線路、電力設備的瀏覽、編輯、管理、查詢和圖表的顯示輸出等功能。 -
Scientific computation visualization interactive virtual reality computer dynamic simulation etc., to study thoroughly and carefully on critical technologies such as mixed - language programming simplification of scene models displaying realistic image and animation of 3d scene models and so on in this dissertation, the methods to build scene models were studied and applied to develop a dynamic simulation system of 3d railway scene based on this idea, the major study contents and results can be summarized as follows : 1 ) mixed - language programming can complement each other between different programming languages and the method has a general significance and can become popular many computation models including development of dtm optimum of dtm and reorganization of dtm were developed with fortran language in order to use the ripe codes, the dissertation succeeded in integrating the developed fortran codes to the visual c + + environment and achieving the course of mixed - language programming 2 ) the methods to build scene models for 3d location design were discussed in the dissertation and the development and animation of scene models had been realized by applying synthetically those technologies such as computer graphic computational geometry and geometrical modeling and computer dynamic simulation etc, and adopting opengl 3d graph library then achievement was got by using the technology of 3d visualization to livingly express design results 3 ) combing with the concerned study and development projects, adopting vc + + as development tools and in the light of those theories and algorithms stated in this dissertation, a software, which could build scene models with realism for 3d railway location design, in the name of " the dynamic simulation system of 3d scene of railway " was developed., the correctness was proved by using the software to build the 3d scene models and achieve their animation of suining - chongqing railway and yunnan - xizang railway
本文綜合利用計算機圖形學、科學計算可視化、人機交互、虛擬現實、計算機動態模擬等理論和技術，針對混合語言編程、真實感圖形繪制以及三維景觀模型的動畫驅動等關鍵技術，進行了深入細致的研究，從而探討了建立逼真景觀模型的方法，並基於本文提出的方法研製了一個鐵路線路三維景觀動態模擬系統。基於這一思想，本文主要研究內容及研究成果如下： 1 ）混合語言編程可以實現語言優勢互補，具有普遍意義。針對數字地面模型的建立、優化、重組等計算模塊是成熟的fortran程序代碼，本文成功實現了vc + +與fortran語言的混編； 2 ）緊緊圍繞三維選線設計中景觀模型的建立方法展開研究，綜合利用計算機圖形學、計算幾何及幾何造型學以及計算機模擬技術，採用opengl三維圖形庫，實現了景觀模型的建立以及動畫驅動，使得三維可視化技術成功應用於選線設計成果的三維直觀表達； 3 ）結合有關科研課題，利用vc + +開發工具，以本文所述的理論和演算法為基礎，研製和開發了一個建立三維選線設計逼真景觀模型的系統軟體- - 「鐵路線路三維景觀動態模擬系統」 。 -
Before the application of 3d scientific visualization, a two - dimensional and static method was often adopted to express the result of the analysis and interpreting of geological data. this makes it difficult to know the geological conditions directly, completely and accurately
在應用三維可視化技術之前，地質資料的分析解釋都局限於二維、靜態的表達方式，它給人們直接、完整、準確的理解與感受地下地質情況造成了困難。 -
Based on scientific visualization, artificial intelligence, image processing and comprehension, anthropology, computer aided facial reconstruction based on skull which towards identity recognition technology is a combination of computer science, anthropology, computational medicine, system engineering, mathematics, and arts
它是建立在科學計算可視化、人工智慧、圖像處理與理解及法醫人類學領域知識基礎上，結合了計算機、法學、計算醫學、系統工程、數學、藝術等多方面知識的面向身份認證的科學技術。 -
Visualization of scientific calculation is good to deal with data. it can transfer dull data into vivid and accurate diagram, which unties people from gruesome data
科學計算的可視化作為高效處理和解釋數據的手段，將平淡不直觀的數據結果轉換成形象、準確、可見的圖像，讓人們從繁瑣的數據閱讀中解放出來。 -
The appearance and development of scientific visualization provide the traditional problems with such a new and exciting way as to gain understanding and insight into the data. the combination of the visualization research and transitional state research will further elaborate the advantages and superiorities of interdisciplinary research, enrich the representation of transitional information and interpret the important transfer phase into visual terms, which is necessary and beneficial for the engineers to grasp the integral tendency of the phenomenon investigated. this dissertation reviews the developing history and current situation of visualization research, systematacially analyses the existence and importance of transitional state and concludes the main transitional features
本文回顧了科學計算可視化的研究歷史與現狀，系統分析了過渡狀態的存在性與重要性，概括了過渡狀態的主要特徵，從可視化的手段、可視化的交互過程與可視化的結果等多個角度入手，形成了過渡狀態可視化理論、方法及其應用的完整體系，利用圖形的直觀性、形象性和可操作性等優點有力地推動了過渡狀態信息傳遞、分析與綜合等研究的繼續深入。 -
Visualization in scientific computing ( visc ) is a new subject put forward by developed countries at the end of 1980s
科學計算可視化是發達國家二十世紀八十年代後期提出並發展起來的一門新興技術。 -
Visualization in scientific computation ( visc ) and software engineering ' s application is the core of this thesis
科學計算可視化技術和軟體工程理論與方法在魚雷彈道設計和分析軟體開發中的應用是本文的核心部分。 -
Visualization in scientific computing ( visc ) is derived from graphics fields at the early of 1990s. this new subject has been paid more attention to in computer domain along
20世紀90年代初，從圖形學方向派生出科學計算可視化（ visuaiizationinscientificcomputing ）這個新的研究領域，已經成為計算機界廣泛關注的熱點。 -
Via computer graphics and image techniques, it transforms data produced by scientific computing into geometric or images so that they can be displayed on screens and be manipulated interactively. visc includes many contents. the key point of visc is the visualization of 3d data sets
它指的是運用計算機圖形學和圖象處理技術，將科學計算過程中及計算結果的數據轉換為圖形及圖象在屏幕上顯示出來並進行交互處理的理論、方法和技術。 -
Modeling of parallel visualization in scientific computing and its realization technologies in data parallel mode
科學計算可視化并行處理建模及其數據并行技術研究 -
In this thesis, the theory and method about visualization in scientific computing are introduced and described
分類闡述了醫學三維圖像重建的幾種方法，分析了它們的差異和特點。
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