目標預測位置 的英文怎麼說

中文拼音 [mùbiāoyùcèwèizhì]
目標預測位置 英文
target predicted position
  • 目 : Ⅰ名詞1 （眼睛） eye 2 （大項中再分的小項） item 3 [生物學] （把同一綱的生物按彼此相似的特徵分為幾...
  • 標 : Ⅰ名詞1 [書面語] （樹梢） treetop; the tip of a tree2 （枝節或表面） symptom; outside appearance; ...
  • 預 : Ⅰ副詞（預先; 事先） in advance; beforehand Ⅱ動詞（參與） take part in
  • 測 : 動詞1. （測量） survey; fathom; measure 2. （測度; 推測） conjecture; infer
  • 位 : Ⅰ名詞1 （所在或所佔的地方） place; location 2 （職位; 地位） position; post; status 3 （特指皇帝...
  • 置 : 動詞1. （擱; 放） place; put; lay 2. （設立; 布置） set up; establish; arrange; fix up 3. （購置） buy; purchase
  • 目標 : 1. （對象） target; objective 2. （目的） goal; aim; destination
  • 預測 : calculate; forecast; prognosis; divine; forecasting; foreshadowing; predetermination
  1. In order to geosteering, log - geology model of target formation should be built according to logging data and the interpreting result of wells nearby. geosteering parameters model is created to build simulative curves. compared these curves with logging curves, the position and drilling direction of the bit can be found combined with the concrete geological situation

    要實現地質導向，首先要根據鄰井的測井資料及其解釋結果建立目標層測井地質模式，然後通過建立地質導向參數的預測模型構造相應的模擬曲線，將模擬曲線與實測曲線進行對比，結合具體地質情況，確定鉆頭在目標層中的位置及其鉆進方向，及時調整井眼軌跡，使其始終保持在目標層中物性最好的部位。
  2. This paper, based on normalizing well logging data while drilling and correcting depth into true vertical depth and calculating reservoir parameters and etc, combining the practical ease of mobei oilfield, extracted logging and geological pattern characteristic of target oil - gas formation and geosteering mark formation, and used bp neural network and regressive analysis to create predicting mode of geosteering parameter to build relevant contrast curve ; adopted geometry geosteering method to fix on die drilling direction of bit upper and declination, the position in reservoir, to judge the real drilling case. all finely solved the problem to follow the geological target while drilling for three horizontal well these methods improve the drilling horizontal well ability by using the techniques to follow the geological target while drilling, and then it is convenient and practicable

    本文在開展隨鉆測井資料的標準化和斜井校正及儲層參數解釋與含流體性質判釋等工作的基礎上，結合研究工區莫北油田的實際情況，提取了目標油（氣）層和導向標志層的測井地質模式特徵，並採用bp神經網路法和回歸分析法建立了地質導向參數的預測模型、構造了相應的對比曲線；採用幾何導向法確定鉆頭上下傾鉆進方向及其在目標層的位置，以判斷實際鉆進地層情況，很好地解決了研究工區三口水平井的隨鉆跟蹤地質目標的問題。
  3. The possible position of moving target center in the next frame image was predicted by kalman filter, and a search region of target was generated

    該方法利用卡爾曼濾波預測目標中心在下一幀圖像中可能出現的位置，以該位置為中心，建立候選的目標搜索區域。
  4. The color - based particle filter for real - time object tracking determines the location of the object mainly using color information and incorporating the motion prediction and frame similarity

    基於顏色的粒子濾波實時跟蹤演算法主要是利用視頻圖像的顏色直方圖信息，綜合考慮運動預測和幀間的相似性來確定目標的位置。
  5. The color - based particle filter for real - time object tracking determines the location of the object by using color information and incorporating the motion prediction and frame similarity

    摘要基於顏色的粒子濾波實時跟蹤演算法主要是利用視頻圖像的顏色直方圖信息，綜合考慮運動預測和幀間的相似性來確定目標的位置。
  6. According to the character of ballistic missile in boost phase, the gravity turn model is established, and according to the position relationship between early warning satellite and the target, the measure model is established

    根據彈道導彈主動段運動的特點，建立了主動段運動重力轉彎模型。根據預警衛星與目標的位置關系，建立了觀測模型。
  7. The gained snr is higher than the previous algorithm ’ s. a linear least square predictor is presented for the trajectory association algorithm. it can effectively reduce the prediction error and improve the trajectory detection probability

    針對軌跡關聯匹配演算法中的軌跡預測誤差大的問題，採用多點最小二乘（ ls ）線性預測器加以改進，減小了軌跡的預測位置誤差，提高了目標軌跡的檢測概率。
  8. Also an algorithm which combines both model matching and feature matching is put forward. the algorithm uses the object contour in previous frame as the reference template of current frame. based on the fact that object has a continuous track in movement, object ’ s current position can be predicted based on previous position and then match the reference template around the predicted position

    該演算法將前一幀目標輪廓作為當前幀的參考模板，根據目標在運動過程中具有軌跡連續性的特點，利用目標過去的跟蹤點位置信息得到當前的預測位置點，然後在預測位置點周圍一定范圍內進行模型匹配，以與參考模板匹配值最大的輪廓作為當前幀的目標輪廓，並且把它更新作為下一幀的參考模板。
  9. Finally, we put forward the pattern of human resources optimum allocation for industrial enterprise. it forecasts the amount of human resources requirement, absorbs more excellent persons and trains them, achieves the optimum allocation of ability and post, apprises the effect of human resource optimum allocation with the method of management by objectives

    最後提出了我國企業人力資源優化配置的設想，即科學預測人力資源需求量、盡可能吸引更多的優秀人才並加以培訓，實現崗位的優化配置，採用目標管理法對人力資源配置的效果進行評估。
  10. The paper recounts implementing thoughts of this system and advances some improved algorithm in pretreating image, for example image enforce, segmentation of image and so on. we get rather satisfying effect by using these algorithms. in initial phase of the system, in order to get the information of field and automobile " s edge, the paper introduces detecting algorithm to confirm end - points of field, improved hough algorithm, and worm - following algorithm to pick up edge. in real - time checking phase, the most importance aim is to identify sign circles, so we advance a qiuck searching algorithm based on threshold

    文中詳敘了系統的實現思路，對于預處理階段採用的圖像處理技術，如圖像增強、圖像分割等，提出了一些相應的改進演算法，取得了較滿意的處理效果；在系統初始化階段，為了獲取場地的端點信息和汽車邊緣信息，分別介紹了自動確定場地端點位置的檢測演算法、改進的hough變換演算法和提取區域邊緣的「蟲隨法」 ；在系統的實時檢測階段，最主要的目的是識別檢測標志圓，為此，文中提出了基於閾值的快速搜索演算法，有效的提高了目標物體區域的提取和識別速度。
  11. In this paper, for the sake of designing manufacturing logistics network structure, using reducing logistics general costs reducing logistics investment and enhancing client service level as optimization design of logistics network structure of manufacturing, on the base of analysis and forecast of manufacturing logistics capability and requirement, author provide corresponding mathematics models for the resolvent on choosing the number. location and scale of solid establishment. on the base of research above, the author also analyzes data information analysis instrument and applied mathematics method detailedly during the course of the design of enterprise logistics network structure, and gives integrated design process of logistics network structure of manufacturing

    本文主要的內容是以降低物流總成本，減少物流投資，提高客戶服務水平為製造企業物流網路結構設計與優化的戰略目標，在對企業的物流能力和物流需求進行分析和預測的基礎上，對企業物流網路結構設計，即物流固體設施的選址（主要是指使用的固體設施的數量、位置和規模）給出了對應于不同企業規模（不同數量）的物流設施的數學模型（在簡化假設條件情況下） ，並在此基礎上對企業物流網路結構的規劃具體過程中所需數據、信息、分析工具、實用設計方法進行詳細的分析，給出完整的企業物流網路結構設計的過程。
  12. If the confidence estimation estimates a branch prediction to be a low confidence one and there is idle hardware context in a multithreaded microprocessor, two target paths after the branch instruction are executed

    選擇在多線程處理器中有空閑的硬體現場，並且置信度評估方案判斷當前的轉移預測為低置信度時，雙路徑執行轉移指令的兩個目標路徑，從而降低西北工業大學博士學位論文誤預測損失。
  13. In the fifth part we describe the procedure of amalgamating target and put emphasis on the research of target tracking method, by building up the moving status of target we can solve the problem of occultation. - - filter is adopted to predict next position of target so we can reduce the range of seeking matched target

    在跟蹤過程中，著重針對多個運動目標遮掩的情況，設計了基於運動狀態的識別和跟蹤方法，並利用常系數的kalman濾波器對運動目標的位置進行預測，解決了目標遮擋情況下的識別和跟蹤問題。
  14. Plot out targets in advance. locate likely attack, rally, or observation points for the enemy and ensure that you know the numbers needed to get rounds on those locations quickly

    預先測定目標。標定敵軍可能進攻、集結或觀察點的位置，並確保測定所需相關數據以在需要時迅速投放炮彈。
  15. By processing the observed data sequences of target position using the fuzzy imm approach based on current statistics model, the proposed method integrates multiple filtering and predicted values of target state from different trackers using the adaptive weighting fusion approach based on total least - squares error rule, which improves the precision and robustness of tracking system

    該方法在對各跟蹤器輸出的目標位置測量值序列採用基於「當前」統計模型的模糊交互多模方法進行處理的基礎上，採用基於總均方誤差最小規則的自適應加權融合方法對目標狀態的多個濾波與預測值進行綜合處理，較大程度上提高了系統的跟蹤精度與穩定性。
  16. This paper improves the common - used way of prediction to synchronize the measurements, and then realizes the passive location with the use of the near location that comes from the point of intersection of the perpendicular of the two radials and the radial the target locates

    本文對常用的濾波預測方法進行改進，使之適合於方位數據的時間對齊，然後利用目標所在射線與兩異面射線的公垂線的交點作為目標位置的近似，來達到無源定位的目標。
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