足基節距 的英文怎麼說
中文拼音 [zújījiéjù]
足基節距
英文
coxal spurs-
The paper can concern the soil ' s instantaneous fallout, soil ' s main settlement due to concretion, and the coactions of soil and pile by applying the contact surface to simulate the coactions. the paper can analyze the service behavior of reuniting foundation and the effect of the pile ' s intensity, length and distance. the paper is concerned with the stressing of pile and the arrangement of pile for the smaller cost to fit the subsidence of throughway
通過有限元計算，分析了復合地基樁土工作性狀，分析了樁的剛度，長度，樁距對地基沉降及超孔隙水壓力的影響，並根據復合地基中樁的受力特點，提出合理的樁的布置方式，在滿足高速公路路面沉降要求的前提下，節省工程投資，加快建設進度。The basic idea is to take advantage of the ( known ) locations of beacon nodes and the constraints that these locations and the measurements ( e. g., distance, angle ) derived from their beacon signals must satisfy to detect malicious beacon signals
基本的想法是利用指標節點的位置，而且這些位置和測量（舉例來說，距離，角度）起源於他們的指標訊號了的一定要滿足發現懷惡意的指標訊號The essence of edid is to set up a normal behavior fuzzy sub collection a on the basis of watching the normal system transfer of the privilege process, and set up a fuzzy sub collection b with real time transfer array, then detect with the principle of minimum distance in fuzzy discern method the innovation point of this paper is : put forward the method of edid, can not only reduce efficiently false positive rate and false negative rate, also make real time intrusion detection to become possibility ; have independent and complete character database, according to the classification of monitoring program, design normal behavior and anomaly behavior etc., have raised the strongness of ids ; use tree type structure to preservation the character database, have saved greatly stock space ; in detection invade, carry out frequency prior principle, prior analysis and handling the behavior feature of high frequency in information table, have raised efficiency and the speed of detection, make real time intrusion detection to become possibility ; have at the same time realized anomaly intrusion detection and misuse intrusion detection, have remedied deficiency of unitary detection method
這種方法的實質是在監控特權進程的正常系統調用基礎上建立正常行為模糊子集a ，用檢測到的實時調用序列建立模糊子集b ，然後用模糊識別方法中的最小距離原則進行檢測。本文的創新點是：通過對特權進程的系統調用及參數序列的研究，提出了基於euclidean距離的入侵檢測方法edid ，不僅能有效降低漏報率和誤報率，而且使實時入侵檢測成為可能；設計有獨立而完整的特徵數據庫，根據被監控程序的類別，分別設計正常行為、異常行為等，提高了檢測系統的強健性和可伸縮性；特徵數據庫按樹型結構存儲，大大節省了存儲空間；在檢測入侵時，實行頻度優先原則，優先分析和處理信息表中的高頻度行為特徵，提高檢測的速度和效率，使實時入侵檢測成為可能；同時實現了異常入侵檢測和誤用入侵檢測，彌補了單一檢測方法的不足。By utilizing " the theory on value chain ", the thesis advances that the strategic segment of the value chain in the bio - pharmaceutical industry is innovation of the bio - medical products, while the foothold of the product innovation lays on know - how researching and developing functional genes. thus the thesis proposes that under the premises of full understanding and grasping characteristics of the industry and corresponding products could investors give full play to their own advantages to date and collaborate the strong with mutual benefit meanwhile, investors would draw up purposeful investment strategy and build up flexible and effective guarantee system of investments. therefore, it would help the future investors not only to build up core competition capacity of their own in the long run, but also to grasp the investment opportunities more accurately, make their investment action more reasonable, lower the investment risks further and get richer return on investment
論文在對國內外生物醫藥行業發展現狀進行多方位分析、總結的基礎上，針對我國目前該行業中投資存在的「投資領域過于集中、投資者在思想認識、資金實力和投資方向方面與行業特點存在著較大的差距、風險投資環境尚未健全、運作管理相對滯后」等問題，利用「價值鏈理論」對該行業的投資機會加以分析，提出了「生物醫藥產業價值鏈的戰略環節為產品創新，而產品創新的立足點在於研發功能基因等專有技術」等觀點，建議投資者應在充分理解、把握生物醫藥行業及生物技術產品特點的前提下，根據目前自身的優勢，強強聯合、優勢互補，制定有針對性的投資戰略、配之靈活有效的投資保障體系，從而構建自身未來的核心競爭能力，以使未來此領域投資者的投資機會更準把握，投資行為更趨理智，投資風險更為降低，投資收益更加豐厚。The improved algorithm based on split radix fft meet the real time demand of range compression node and remove the effect of pulse compression result for the overflow
與傳統的基2 、基4演算法相比，該演算法滿足距離壓縮節點的實時性能要求，同時解決了由於溢出對脈沖壓縮結果的影響。And a method of node optimization according to beeline is also put forward to decrease large amounts of short straight lines and ensure sameness of image profile to object prototype. it improves the precision of engraving and suffices the request of engrave machining
為減少邊緣線上的大量結點和鋸齒，保證優化后的圖形輪廓與原圖像逼近，提出了基於最短距離優化節點的解決方法，從而提高了精度，滿足了雕刻加工的要求。分享友人