生物計算 的英文怎麼說

中文拼音 [shēngwùjìsuàn]
生物計算 英文
biocomputing
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 物 : 名詞1 （東西） thing; matter; object 2 （指自己以外的人或與己相對的環境） other people; the outsi...
  • 計 : Ⅰ動詞1 （計算） count; compute; calculate; number 2 （設想; 打算） plan; plot Ⅱ名詞1 （測量或計算...
  • 算 : Ⅰ動詞1 （計算數目） calculate; reckon; compute; figure 2 （計算進去） include; count 3 （謀劃;計...
  • 生物 : living things; living beings; organisms; bios （pl bioi bioses）; biont; thing; life生物材料 biol...
  • 計算 : 1 （求得未知數） count; compute; calculate; reckon; enumerate 2 （考慮; 籌劃） consideration; pla...
  1. Ab initio calculations of the benzene and the benzene derivate

    苯及其衍生物的從頭計算研究
  2. Based on this, through a lot of yeast, e - polylysine ferment experiments and analyzing the data, comprehend the universality rule of animalcule ferment ; advanced soft - measure model, estimate the parameter non - measurable online, including the parse model based main - regression analyze, the ann model based ann arithmetic. guide the fed - batch control and environment parameter by the optimized track. to advance the last gain, identify the fermentation phase

    在此基礎上，經多次酵母發酵實驗、聚賴氨酸發酵實驗及對大量實驗數據的分析，深入了解了微生物發酵的一般性規律；建立了微生物發酵過程的軟測量模型，對不可在線測量的生物參數進行估計，包括由主元回歸分析得到的解析式模型，由神經網路演算法得到的神經網路模型。
  3. Perfect pre - processing and post - processing function is one of the main factors to evaluate the vitality and market value of the finite element analysis system surveying today development of finite element analysis technology, most of which concentrate on establishing fine user interface, also has some limitation on application, and especially, the research on the visualization of arbitrary cut - plane is always in ascendants to realize the visual processing on cut - plane needs reprocessing the results of finite element analysis which have get, so the algorithm is two parts : seeking the physical value of cut - plane and drawing 2d contours, the former, based on the theory of stress on " arbitrary inclined plane " in physical mechanics, use the method of linear interpolation method to get the coordination and physical value of intersection between cut - plane and element arris ; the latter, based on the tables on elements, nodes, stress and strain, summarize a rapid algorithm of generating 2d contours based on the grid. this thesis synthesizes there two parts and get a visual processing program under fortran

    縱觀有限元分析技術的發展，目前大多集中在建立良好的用戶界面上的研究仍存在許多應用上的局限性，其中對任意剖面上可視化的研究仍處于方興未艾的階段。要實現任意剖面上可視化處理，必須先將得到的有限元計算結果進行再處理，因此在演算法上分為兩部分：求任意剖面上物理量值的演算法及二維等值線演算法。前一部分以彈性力學中「任意斜截面的應力」為理論基礎，利用線性插值方法得到截面與單元棱邊的交點坐標及交點物理量值；在此基礎上；根據已得到的單元及節點序號表、應力應變物理量表，總結出一種基於有限元剖分網格的快速生成二維等值線的演算法。
  4. With the help of the electronic computers, engineers employ it to figure out nearly all kinds of engineering problems ranging from astronavigation, construction, waterpower projects, ship - building and mechanical engineering etc. owing to the strong power of finite element method, one kind of software pack which based on the method is exploited and named algor feas to resolve problems on structure analysis for trusses and shells. this paper also employ algor feas software pack to analyze and compute the cableway towers, giving the accurate result on stress and displacement both in location and whole. finally, we also bring out some advice on structure improving

    在此分析過程中：首先將物理模型簡化為力學模型，主要是將塔架結構按空間桿單元簡化為空間桁架結構，目的是將力學模型變換為數學模型；這一過程主要是利用autocad2000建立塔架的計算模型；再者，利用algorfeas軟體包讀入autocad建立的塔架計算模型生成初始數據卡利用計算機進行編程進行風載計算，再將計算結論整合入algorfeas產生的初始數據卡中，生成計算數據卡；接著，利用algorfeas軟體包計算塔架在不同載荷情況下的應力圖，位移圖，並且求出在不同載荷條件下的最大位移和最大應力等；然後，對塔架的穩定性進行分析；最後；根據計算結果提出改進建議。
  5. A sort of birth - death process and application in nuclear astrophysics

    一類生滅過程及其在核天體物理計算中的應用
  6. Now the apo1lo project, the manhattan project, as we11 as the hman genome project required the most significant cooperation among the scientists a11 over the world, do it together and share the know1edge as well as the profit respectiyely, it has become the famous princip1e of hgp. the topics mainly included in this dissertation : 1. the first c1ass of science and technology usua1ly will become the first class of industry

    通過對基因理論和基因技術發展過程的考察，可以明顯地看出：現代的生物高新技術呈現出逐漸加速的與其他學科相互交叉、相互借鑒、相互融合的趨勢；如，基因技術與蛋白質技術與信息技術的交叉和混合生長? ?基因組學、生物信息學和生物晶元技術以及設想中的生物計算機技術。
  7. Working experience : sep. 2004 - dec. 2005, worked at the internet center, jingmen college of applied technology, was responsible for the designing of webpage, helped the department of computer, the department of chemistry, and the students ' association to establish their websites

    工作經歷：於2004年9月至2005年12月，在荊門職業技術學院網路中心擔任網頁製作員，期間做過大量的網站，有該學院的學生會，計算機二系，生物系等。
  8. Storing information in molecules of dna could allow for an information density of approximately 1 bit per cubic nanometer. the energy consumed by dna molecular biology computing is billionth of that consumed by one conventional computer. the characteristics of dna molecular biology computing mentioned above which are high parallelism, huge capability and low consumption are incomparable and irreplaceable to the existing computers and parallel ones

    Dna分子生物演算法具有高度的并行性，運算速度快； dna作為信息的載體其貯存的容量非常之大， 1立方米的dna溶液可存儲1萬億億的二進制數據； dna分子生物計算所消耗的能量只有一臺電子計算機完成同樣計算所消耗的能量的十億分之一； dan計算的上述特性，即運算的高度并行性、大容量、低消耗是目前計算機和并行計算機所無法比擬和替代的。
  9. Molecular design of new biological materials for nanotechnology, biocomputing and regenerative medicine

    納米技術、生物運算與再生醫學領域涉及的新型生物材料的分子設計。
  10. This thesis studies on biocomputing field, which specifically focuses on prediction of non - coding rna ( ncrna )

    本論文進行了生物計算的研究，主要是為了解決非編碼核糖核酸（ non - codingribonucleicacid ， ncrna ）的預測問題。
  11. Biocomputing or bioinformatics is a new research field that uses knowledge and algorithms of computer science to process and analysis data of biology data from bio - applications

    生物計算是計算機科學在生命科學中形成的一個研究領域，通過用計算機科學的知識和相關的演算法對生物學領域內的數據進行加工、存儲、檢索與分析。
  12. Geographic information system ( gis in abbreviate ) is the mixed product of computer visualization technique and development of information system. it exhibits and extends the information character of map so the isolated geographical information can connect to other social information

    地理信息系統（簡稱gis ）的產生是計算機可視化技術和信息系統發展的共同產物，它使地圖的信息化特徵得到了更好的展現和拓展；使孤立的地理信息能與其它社會信息相關聯。
  13. The multi - dimension scalability is composed of scale - scalability, performance - scalability, security - scalability, function - scalability, and service - scalability. we suggest five elements, namely, ipv6, authentic ipv6 addressing, scalable processing capacity of routers, end - to - end connectionless quality - of - service control, and 4over6 mechanism to realize the multi - dimension scalability. the current research results show that the multi - dimension scalable architecture composed of these five elements will bring great influence on next - generation internet

    可以預想到諸多的科研成果如高速光纖通信高速無線通信網格計算生物計算等必將在十年內給網路技術帶來質的飛躍，引領著網際網路朝著下一代更大更快更有響應更方便更安全更可管理更有效的方向努力。
  14. Yajiankang clinical, genetic engineering, human resources training, computer research and development of biological, biological research, clinical research and development equipment

    亞健康診療、基因工程、人力資源培訓、生物計算機研究開發、生物研究、診療設備研究開發。
  15. Computing bioinformatics grid aims to offer super computing power to bioinformatics. by integrating the various resources in internet, a virtual computer with super computing power is formed to solve the bioinformatics problems that a single machine can ’ t do

    生物計算網格主要解決生物信息學對超強計算的需求，通過把網際網路上各種計算資源整合起來，形成一臺計算力超強的虛擬計算機，解決單一高性能計算機不能解決的生物信息學問題。
  16. Method for generation and counting of the airborne linting propensity of fabrics in the dry state

    乾燥狀態下空中織物棉絮的產生與計算方法
  17. We study the actual case of the sequence assembly application in bioinformatics and analyze mygrid in uk, euro - biogrid in europe, ncbiogrid in us and some bioinformatics girds in asia pacific area. in this paper we present a computing bioinformatics grid architecture based on analyzing and comparing the architecture and components of globus toolkit 3. 2 and unicore. we also analyzed the key parts of the architecture such as the resource description, resource management, bioinformatics job description and scheduler of the job

    本文從生物信息學序列拼接應用的實際情況出發，通過對包括英國mygrid 、歐洲數據網格中biogrid子項目、美國的ncbiogrid以及亞太地區生物網格的了解，結合對globustoolkit3 . 2和unicore的體系結構和組件的分析和比較，提出了一個生物計算網格體系結構，從資源描述、資源管理、作業描述和調度等方面對該體系結構進行了詳細分析和設計。
  18. Structured mining plays an important role in xml documents mining, web page traffic mining, analysis of molecular evolution, packet routing, biological informatics, biological computing, communication system, image database and city management

    結構數據挖掘在xml文檔挖掘，網頁流量挖掘，生物進化的分析，路由選擇，生物信息學，生物計算，通訊系統，圖像數據庫，城鎮規劃等諸多領域發揮重要作用。
  19. According to the computing bioinformatics grid architecture we implement a computing bioinformatics grid prototype with some grid services and a client application, using current grid technology. we describe the details of the prototype and deploy the serial phrap application into the environment. at last we analyze the performance of the phrap under the grid prototype

    基於提出的生物計算網格體系結構，利用現有網格技術的研究成果，開發了包括網格服務和客戶端在內的生物計算網格原型，並對該原型的各個細節的實現進行了詳細的描述，最後將串列phrap應用接入到該環境下，並對運行情況進行了分析和評估，證明該體系結構是合理和可行的。
  20. This problem is not unique to biological computers ? it is an inherent property of complex systems ; even mechanical devices become more unreliable as scale diminishes and the number of components increases

    不是生物計算機才有這樣的問題，這是復雜系統的固有特性，即使是機械儀器，如果體積縮小、零件增加，也會有這種問題。
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