知構件 的英文怎麼說
中文拼音 [zhīgòujiàn]
知構件
英文
primary member-
The presently known particles are the ultimate building blocks of matter.
目前已知的粒子是物質的最終構件。5. have known the goal reliability index m, the structural resistance can be back calculated ; furthermore the members can be designed
五、已知目標可靠指標_ m 、荷載模型及參數，結合動態可靠度理論可反求結構抗力，進而進行構件的截面設計。On the internet site placed by the enterprise alos elementebau gmbh, you receive views on construction elements, plastic construction as well as on light metals
Alos elementebau gmbh是一家知名的、誠信的生產商和服務商，該公司提供新型的、專門的產品，例如結構元件、建築構件，塑料結構，輕金屬。Once the application has been approved by the executive committee of the council, a letter will be sent to the agency informing them of the approved agency membership of our council with the notice of payment for membership fee
當申請獲社聯執行委員會通過后，機構將會收到由社聯發出的通知函件，通知其會籍正式被批核，並繳交會員費用。The content of this thesis comes from the fujian natural science found following research task 。 it studies on a space cantilever single beam attached to a moving support 。 inertia forces which are brought by the support ' s movement ， are acceded to the equivalent initiative forces and the equivalent initiative moments 。 when we consider the relation of the forces and deformation ， we change the method of material mechanical analysis to the elastic mechanical analysis 。 further more ， we discusses the feasibility of the method which uses the multi - rigid - body discrete model to simulate the dynamic characteristic of a elastic body 。 first ， the finite segment method is adopted to establish the models of the beam 。 based on kane ' s equations ， dynamic math - model for the beam are derived 。 and by use of c - language and runge - kutta procedure ， the computer - oriented procedure can give the whole responses of the beam 。 second ， with compare to the numerical examples ， the method which uses the multi - rigid - body discrete model to simulate the dynamic characteristic of a elastic body which is under the condition of movement is verified to be feasible 。
本論文為福建省自然科學基金后續研究課題，以已知支撐運動的單個空間懸臂梁為對象，在等效主動力與等效主動力矩中加入支撐轉動引起的慣性力，並在考慮力與變形關系時，用更一般的彈性力學分析代替材料力學分析，進一步研究用多剛體離散模型來模擬其動力學特性的可行性。首先，用有限段建立機械臂的多剛體離散模型，用kane動力學方法建立其動力學方程。並用c語言編制演算法程序，採用了四階runge - kutta積分程序求解微分方程組，給出構件的全部動態歷程。Inversion of ground motion and identification of structural parameters by ekf
部分輸入未知條件下結構動力復合反演的分解演算法A research on the integration evaluation of fuzzy matching of knowledge component
知識構件的模糊匹配綜合評價研究This research focused on applying the system analysis principle and mathematical modeling technique to study knowledge expression system for crop cultivation management. based on extensively collecting, understanding, analysis, and integration of expert ' s knowledge and experience, literature and experiment data for cotton cultivation management, the dynamic relationships of cotton growth and management indices to variety types, ecological environments and production levels were quantified, and a dynamic knowledge model for cotton management ( cottonknow ) was developed. by further incorporating the rule - based knowledge system for cotton management, a comprehensive and intelligent knowledge model - based decision support system for cotton management ( kmdsscm ) was established with component design
本研究著重利用系統分析原理和數學建模技術來研究作物栽培管理的知識表達體系，在廣泛收集及充分理解和分析棉花栽培管理專家知識、經驗和資料的基礎上，利用棉花栽培理論與技術方面的現有研究成果，並結合必要的試驗支持，解析、提煉和綜合棉花生育及管理指標與品種類型、生態環境及生產水平之間的定量化關系，首次構建了棉花栽培管理動態知識模型，並進一步結合基於知識規則的棉花栽培管理知識庫表達系統，設計和實現了綜合性、智能化和構件化的基於知識模型的棉花管理決策支持系統（ kmdsscm ） 。When a software team is developing the software system in an application domain, the component library system is more needed to help them to accumulate domain knowledge, and to accelerate the domain evolvement
特別是當一個軟體團隊針對某個領域進行持續開發時就更需要一個構件庫系統輔助其進行領域知識的積累，並促進領域的演化。This subject is based for the subject topic of 863 program named " vegetable planting agriculture expert system developing frame " ( project number : 863 - 306 - zd05 - 01 - a ). after a long - term research which can be divided into three phases as follows : synthetic analysis of expert systems in agriculture area ; components research and design of knowledge acquisition, representation, and reasoning result explanation ; integration of all the components, the system aimed for non - computer major technicians has been developed. lately, client / server ( c / s ) calculation based on distributed transaction concepts, is gradually becoming popular
本課題以國家863計劃智能計算機主題關鍵技術課題「蔬菜栽培農業專家系統開發框架」 （項目編號： 863 - 306 - zd05 - 01 - a ）為研究背景，通過對領域應用專家系統的綜合分析，在研究設計知識獲取、知識表示、推理求解、推理結果解釋、人機界面等構件的基礎上，按系統集成的要求，完成了蔬菜栽培專家系統開發框架的研究，提交非計算機專業人員能夠直接使用。The selection and determination of the mode of operation or profit making are the perpetual subjects of an enterprise. when the value chain concept was raised and introduced into the business circle and the management area, it has gained wider and wider application, but more in - depth research is still lacking. even the initiator of this concept michael porter has no further systematic continuation
由邁克爾?波特在1985年提出價值鏈概念至今雖已歷經20年有餘，但在我國卻並未得到很好的理解和應用，誤讀誤釋和誤用甚至濫用的情況屢見不鮮，其中尤以一股腦兒的把erp 、 tqm 、 bpr 、 crm 、 5s 、 6 、 jit 、 scm 、 amt以及其他的「快速修理工具」當成價值鏈構件的做法貽害最甚，殊不知在企業/戰略事業的價值鏈底層作業及其作業間的連接缺乏內在有效性的條件下，採用這些所謂的先進方法的後果只能是更加重復無效、浪費甚至錯誤。2 some data that can instruct the works in future, such as feedback from working, records of exams, so, repositories play important roles in the whole system
本體知識庫[ 1 ]是e - learning系統的一個構件，它主要是起到一個知識庫的作用，存儲著十分重要的數據信息。For more years, the welded members of steel structure are more popular than the rolled ones in china, but as is well known, the mechanical performance of welded members are effected by many factors : such as the material property of plates, the heat effect during welding process, the residual stress, the weld techniques and so on
一直以來我國使用的鋼結構構件以焊接為主，軋制的較少。眾所周知，焊接構件的力學性能將受諸多因素的影響，如焊接板材的材性是否一樣、焊接產生的熱影響以及焊接殘余應力和焊接工藝等。In some projects charged by our lab such as national 863 project - " crop planting management components based on weather analyse ", anhui provincial 95 key project - " agricultural meteorology disaster evaluation system base on gis in anhui province " and the project " small coal mine security management and decision system based on gis in anhui province ", this paper combines the theory and arithmetic of rough set with gis and data mining in idss, investiges the application of rough set theory to precision analysis of attribute data and logical operation in gis, analyzes the logical operation based on rough set ( logical union, logical intersection, logical complement, mixed logical operation etc. ), so that it can give a method y to research the gis attribute data and the uncertainty of attribute data after superposition operator, so as to express the roughness and illegibility of attribute data more accurately
在完成試驗室所承擔的國家863項目「基於氣象分析的農作物種植管理軟構件」 、省95攻關項目「基於gis的安徽省重大農業氣象災害測評系統」和「基於gis的安徽省小煤礦安全管理決策系統」等項目中，將粗糙集理論和演算法與gis 、智能決策系統中的知識發現等相結合，對粗糙集理論在gis屬性數據和邏輯運算精度分析中的應用情況進行了研究，分析了基於粗集的gis邏輯運算（邏輯並、邏輯交、邏輯補、混合邏輯等） ，從而為研究gis屬性數據及其疊加運算后屬性數據的不確定性提供了一種方法，能比較準確地表達屬性數據的模糊性和粗糙性。The paper presents the geometry method of transformation between 2d pattern and garment surface based on the principle of designing developable surface according to requirement. the data of characteristic curve of body model and 2d pattern are measured. 2d pattern is obtained by draping cutting on the body model. in this way, the developable garment surface is designed based on 2d pattern
以服裝立體裁剪所獲得服裝衣片結構線二維數據與人體模型特徵線三維數據為基礎，依據按已知條件構造可展面理論，研究在定長映射下服裝衣片與服裝曲面之間轉換的幾何學方法，進而實現服裝曲面二維向三維的變換。The design architecture is a complex comprehensive subject, which involves architecture, sociology, folklore, psychology, human engineering, structural engineering, architectural physics, architectural materials and so on and also is concerned with furniture display, decorative materials, structures, functions, arts and crafts, greening, gardening, etc., and apply to many subjects knowledge to comprehensively conducts multi - levels parietal environment design. its means is to apply to plane part, spatial structure, perspective, illusion, light technology, reflection and color variety principles and material means making " big " space turn to " small ", while " small " space turn to " big ". and according to design requirements, the spaces are re - divided and composed making it increase visual extension, and add layers through various kinds of material structure changes that make " spacious " is not " blank " while " small " is not " crowded ", creating an anticipant style and atmosphere
建築設計是一門復雜的綜合學科，我們研究的目標及內容它涉及到建築學、社會學、民俗學、心理學、人體工程學、結構工程學、建築物理學以及建築材料學等學科，也涉及到傢具陳設，裝潢材料的結構和性能、工藝美術、綠化、造園藝術等領域，而且是運用多學科的知識，綜合的進行多層次的空間環境設計，其在手法上是利用平面主體和空間構造、透視，錯覺、光影、反射和色彩變化等原理以及物質手段，使大空間變小，小空間變大，按設計構思的要求，將空間重新劃分和組合，使之增加視覺上的擴展延伸，通過各種物質構件組織變化，加添層次，以求大而不感其空，小而不感其塞，創造出預期的格調和建築環境氣氛。In real system developing, system developers understand and adapt components subjectively. and adaptation schema selected by developers " knowledge, understanding ability and reuse experiences, without scientific and objective basis
在實際的系統開發中，系統開發者對構件的理解和適配往往帶有很大的主觀性，構件適配方案的選擇沒有科學的客觀依據，與系統開發者的開發知識、理解能力以及復用經驗密切相關。Product data management subsystem can be used to manage the product data and result of design of each feature - based segment of shaft. parameterization drawing subsystem can be used to draw automatically the segment of shaft according to the input data. parameterization computing subsystem can be used to design the structure of shaft, analyze the force on the shaft, and verify the intensity and rigidity of a shaft
產品數據管理子系統的主要功能是對各個特徵軸段的產品數據信息和設計計算結果進行集中管理；參數化繪圖子系統的主要功能是在autocad環境下根據用戶交互輸入的已知條件對特徵軸段進行自動繪制；參數化計運算元系統的主要功能是根據用戶交互輸入的已知條件對軸進行結構設計、受力分析和強度、剛度校核。Knowledge storage offered a mechanism to store knowledge resources. the repository xml based is used to store less information. the knowledge component repository based on aloaf is designed to store the knowledge component
通過知識資源的構件處理，並設計一種開放的、具有動態存儲機制的知識資產構件庫，則完善了知識資源的存儲機制。Finally, in view of the need for strain monitoring of steel surface, and sensors ’ durability and maneuverability, we also use frp - ofbg sensing pole to design and manufacture the surface - welded frp strain sensors
再次，針對鋼結構表面應變監測的需求，用纖維增強塑料-光纖光柵智能復合傳感筋作為感知元件，研製開發了表面焊接式frp應變傳感器。分享友人