neural engineering 中文意思是什麼

neural engineering 解釋
神經工程學
  • neural : adj. 【解剖學】神經（系統）的；神經中樞的；【解剖學】背的，背側的。adv. -ly
  • engineering : n. 1. 工程（技術），工程學。2. 開車技術。3. 土木工程，工事。4. 操縱，管理。
  1. After long - term synthetic action of these factors, the complicated rock mass in the right dam foundation come into being. the adjoining rock engineering geological classification of water - conservancy and hydraulic - power project reconnaissance code ( gb50287 - 99 ), geomechanic system ( bieniawski, 1973 ), rock mass quality index z ( xiaowang, 1995 ), artificial neural network and field classification were used in the rock mass quality classification

    本文採用水利水電工程地質勘察規范（ gb50287 - 99 ）的圍巖工程地質分類、巖體rmr分類（ bieniawski ， 1973 ） 、巖體質量指數z分級（小灣， 1995 ）以及人工神經網路分類，對壩區巖體按其基本指標作出定量化評分、分級。
  2. We use artificial immune principles to design a novel antibody network which based on the immune algorithm and neural network, and use these as in - depth research of the application of our achievement to engineering. in this paper, we built the novel antibody network which based on the two intelligence algorithms and reach the application of its use in the intrusion detection system. furthermore we create an ideal antitype system from it

    本課題以人工免疫系統和神經網路為研究對象，並依託四川省科技廳基礎項目「智能入侵檢測系統的關鍵技術研究」 （項目編號: 04jy029 - 017 - 1 ） ，將人工免疫原理和神經網路技術相結合，提出了應用於入侵檢測系統的新型抗體網路，為該項目在工程領域中的進一步研究、應用提供理論依據
  3. This thesis primarily makes below the work of a few aspects : ( 1 ) the method to append the section line in the geological section plane and the geological plane graph intersected each other ; ( 2 ) the principle and method that automatic determinate of orebody on transverse section with the neural network theory was presented, and draw the slippery boundary of ore ; ( 3 ) the method that drawing the surveying well and lane way engineering in the geological and survey graph ; ( 4 ) the method to automatic calculation and statistics output ore reserves and grade ; ( 5 ) the method that automatic creating the geology cross section of the hole ; this thesis realizes automation for managing geological graph based on the substantive research work

    本論文主要作了以下幾個方面的工作： （ 1 ）提出了在相交平面圖和剖面圖中添加剖面剖切線的方法； （ 2 ）提出了應用人工神經網路理論確定剖面中礦體界線的理論和方法以及礦巖界線圓滑的原理與方法； （ 3 ）實現了礦山生產實測工程數據處理與地測圖件的有機結合； （ 4 ）實現了礦塊地質品位和儲量的自動計算和統計輸出； （ 5 ）提出了中深孔炮孔排面地質剖面圖自動剖切的原理和方法。本論文在大量研究工作基礎上，實現了地測圖件管理的計算機自動化。
  4. Secondly, the artificial neural networks and mixed evolutionary computation are employed into the mathematical simulation of complex geological structure, and with gis and visualization technique, the method of geological digital 3 - d modeling and visualization is presented. so, not only the functions of making geological section and querying spatial information could be achieved, but also the spatial distribution of geological structures and their complex relationship could be described visually. thereby an interactive and convenient way for engineering geological design could be actualized

    （ 2 ）提出了復雜地質構造數學模擬的神經網路方法與混合進化方法，並利用gis技術和可視化技術，深入研究了數字地質三維建模及其可視化方法，實現了地質三維任意剖切、信息空間查詢與管理等功能，從而為直觀描述地質構造的空間展布及其相互間的復雜空間關系，以及快捷、交互地進行工程地質設計提供了新的途徑與手段。
  5. The course is designed for graduate students and advanced undergraduate students who are interested in studying the nervous system and brain functions, as well as those studying in the areas of neuroscience and cognition, neural engineering, neural prosthesis and rehabilitation, biomedical signal processing, medical image processing, neural modeling, biological control systems, biomedical sensors, medical instrumentation and artificial intelligence

    本課程的選課對象是對系統神經科學和腦功能感興趣，或者正在參與神經科學與認知、神經工程、神經修復、神經建模、生物醫學信號處理、人工智慧研究的研究生或高年級本科生。
  6. Neural network control is an important mode of intelligent control, and it is widely used in branches of control science, first, the architecture and the learning rule ( error back propagation algorithm ) of multiplayered neural network which is widely used in control system are presentedo especially, the paper refers to the architecture of diagonal recurrent neural network and its learning algorithm - - - - - recurrent prediction error algorithm because of its faster convergence with low computing costo next, before introducing the neural network control to the double close loop dc driver system, the controllers of current and velocity loop are designed using engineering design approach after analysis of the system, simulation models of the system are created

    神經網路控制是智能控制的重要方式之一，它廣泛應用於自動控制學科各個領域。本文首先敘述了控制系統中常用的多層前饋網路結構及演算法（ bp演算法） ，特別提及了能夠較好描述系統動態性能的對角遞歸神經網路和在用遞推預報誤差演算法訓練drnn時取得了較快的收斂速度。其次，應用工程方法分析設計了tf - 1350糖分離機的電流、轉速雙閉環直流調速系統的控制器，作為引入神經網路控制的設計基礎，並建立了系統的模擬模型。
  7. 2 homeobox gene lim family. neural protection. stem cell and tissue engineering of nerve and muscle

    現承擔國家863課題軍隊「十五」指令性課題國家自然科學基金課題北京248課題等多項課題。
  8. In blasting engineering, it is useful to the development of blast technology, by virtue of its neural networks " non - linearity and identification ability

    神經網路的非線性和識別功能在預測爆破效果及爆破塊度方面的應用取得了良好的效果，促進了爆破技術的發展。
  9. The simulation results showed that the intelligent shift control could improve the powertrain efficiency of the engineering vehicle, and could overcome the low realtime behavior of neural network in the meantime

    模擬結果表明，該控制方法提高了工程車輛液力機械傳動系統效率，有效地克服了神經網路控制實時性差，難以在工程實際中應用的問題，實現了換擋控制的智能化。
  10. We used delphi language to develop a ga - bp neural network ' s simulation software in this paper, which implemented the thoughts of threshing performance modeling. using this simulation software, we gave a experiment on the speed - controlled threshing unit for wheat offered by the college engineering of luoyang, the result of test verified the feasibility of threshing performance modeling. in the end of this thesis, the application prospect and further research domains of ga - bp neural network are presented

    本文用delphi語言開發的模型模擬軟體實現了基於ga - bp演算法的神經網路用於對脫粒裝置性能模型進行優化的的思想，並利用該模型模擬軟體對洛陽工學院農機研究室1994年的小麥控速喂入脫粒裝置進行了性能建模模擬試驗，試驗結果驗證了該模型用於脫粒裝置性能建模研究的可行性。
  11. The application of artificial neural networks to the tunnel engineering

    人工神經網路在隧洞工程應用
  12. The objective of this thesis is to design an artificial neural network adaptive reconfigurable flight control law basing on the view of engineering and to establish a flight simulation system with normal aircraft, fault aircraft, normal flight control law, reconfigurable flight control law and fault verification by c + + program

    本文目的是從工程角度考慮，重點開發神經網路自適應的自修復重構飛行控制律。並在c + +環境下建立具有正常與故障飛機、正常與自修復重構飛行控制律和故障認定等模塊的飛行綜合模擬系統。
  13. Rong cheng, wu guofu, zhang yujie. application of improved rbf neural network for port container throughput forecast [ j ]. port & waterway engineering, aug 2004

    7程蓉，吳國付，張玉潔.改進的rbf神經網路在港口集裝箱吞吐量預測中的應用[ j ] .水運工程， 2004 ， 8
  14. This article introduces the developing history and the current situation of the automatic goal discern, and on the basis of structure of the parallel computer and neural network knowledge, it analyses the hardware and software engineering foundation that realized the real - time goal recognition system

    介紹了自動目標識別的發展歷史和現狀，在并行計算機結構和神經網路知識的基礎上，分析了實現實時目標識別系統的硬體和軟體技術基礎。
  15. An integration of neural network and genetic algorithm method is proposed for optimizing the operating conditions in order to lower energy consumption of gas fractionation plant. this paper synthesizes the current chemical engineering process optimization and characterizes chemical engineering process many layer optimizations frame to proceeds first, and treatise detailed operation optimization at the same time

    本文首先綜合目前化工過程優化方面的科研成果，對化工過程多層優化框架的特點進行了簡要的說明，同時對操作優化過程進行了詳細的論述，本文以某廠氣體分離裝置為對象，對其操作進行優化研究。
  16. The studies are mainly connected with the parameter and characteristic of chaotic vibration, the application of chaotic maximum optimization arithmetic, and chaotic optimization neural network in engineering structure

    重點研究了工程結構中混沌振動特性、混沌最優化演算法在工程結構優化中的應用、以及混沌優化神經網路技術。主要內容如下： 1
  17. Artificial neural networks in automotive engineering

    人工神經網路技術在汽車工程中的應用
  18. Collaborative research projects between the two universities cover biomedical information engineering such as tele - medicine and cyber - hospital, bio - electronics, engineering in chinese medicine, medical visualization, medical instrumentation and drug delivery devices, neural engineering and the development of biomaterials

    中心合作研究和開發的領域包括生物醫療信息工程、遠程醫療、遠程保健、電子醫學、數碼醫院、生物電子學、中醫工程、生物醫學測量、醫用虛擬現實與成象和圖象處理、及生物材料、細胞和組織工程等。
  19. The purpose of this thesis is to use artificial neural networks ( ann ) to identify the aerodynamic parameters. first introduced in this paper is the basic theory of ann and wind engineering in bridge, then ann is presented to identify the aerodynamic derivatives of ideal thin plate. a back - propagation ( bp ) ann is established and trained for many times to contrast the influences of some factors on the prediction results

    首先對人工神經網路和橋梁風工程的基本理論作了簡單的介紹，接著採用人工神經網路識別了理想薄平板的氣動導數，並分析了數據處理方式、隱層單元數、訓練次數、隨機賦值次數、樣本數量對訓練結果的影響，討論了訓練的穩定性。
  20. And in a paper just published in the journal of neural engineering, he reports that it might

    在一篇剛剛在英國皇家物理學會神經工程學報上發表的論文中，他認為這或許是可能的。
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