systems and control applications 中文意思是什麼

systems and control applications 解釋
系統與控制應用
  • systems : 國體
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  • applications : 留學申請相關
  1. Chemically inducible systems that control expression of native gene or transgene in plant have potential applications in gene function determination and genetic engineering

    調控基因表達的化學誘導系統在基因功能鑒定及植物生物工程方面具有廣泛的應用價值。
  2. They are increasingly replacing conventional communication forms and obtaining extensively applications in modern military and commercial communication systems, for example, cdma communication system, gps, measuring and control system, satellite chain, identification of friend or foe and etc. therefore, corresponding dsss electronic counter technique becomes a big problem to solve in electronic warfare domain

    正日益取代常規通信而廣泛應用於現代軍事和商用通信系統中，如碼分多址（ cdma ）通信、全球定位系統（ gps ） 、測控、衛星鏈路和敵我識別等。因此，與之對應的直擴通信對抗技術也就成了通信對抗領域亟待解決的問題。
  3. The result can be used in control problems whether the time interval is finite or infinite, the control set is bounded or unbounded, and also for systems with a weak differentiable function, i. e., the function f is only strong continuously g - differentiable but not f - differentiable. so, th 6. 2. 7 is a uniform theory of optimal control, and it has wide - ranging applications

    可以看到，我們的結11摘要果可用於有限時域和無限時域、有界控制和無界控制、並且對系統中函數f的可微性要求也有較大的減弱? f對狀態變量x可以是僅有強連續的g一導數、不要求為f一可微。
  4. With the rapid development of high - tech field such as aerospace, astronautics, nuclear industry and robotics and all kinds of domestic applications, apparatus and control systems become more and more complicated, and the investment in them are more and more high, thus an increasing demand for those systems to be safer and more reliable

    隨著航空、航天、核工業、機器人等高技術領域和各種民用工業領域技術水平的迅速發展，其設備裝置和工程式控制制系統的規模和復雜性日益增加，同時投資也越來越大，因此對于這些投資巨大、復雜的大型系統，其可靠性、可維修性和有效性顯得越來越來重要。
  5. Lubrication, shaft - sealing, and control - oil systems for special - purpose applications

    特殊目的用潤滑油軸封和控制油系統
  6. Takagi t, sugeno m. fuzzy identification of systems and applications to modeling and control [ j ]. ieee trans. on smc, 1985, 15 ( 1 ) : 116 132

    修智宏，張運傑，任光.輸入採用標準模糊分劃的模糊控制系統性質及穩定性分析[ j ] .模糊系統與數學.已錄用
  7. Piezoelectric elements can be used as sensors and induced strain actuators in active vibration control systems. since the positioning of piezoelectric elements can affect control performance greatly, it has to be carefully determined, in this dissertation, detailed theoretical analysis and brief experimental study is made on the optimal positioning of piezoelectric elements for active vibration control applications

    在智能結構振動主動控制系統中，壓電元件可以分別作為傳感器和作動器，其在結構中的布置方式對振動控制性能影響很大，是振動主動控制系統設計的重要問題。
  8. Railway applications - fixed installations - d. c. switchgear - measurement, control and protection devices for specific use in d. c. traction systems - isolating current transducers and other current measuring devices

    鐵路設施.固定設備.直流開關裝置.直流牽引系統專用測量控制和保護設備.絕緣電流傳感器和其他電流測量設備
  9. Railway applications - fixed installations - d. c. switchgear - measurement, control and protection devices for specific use in d. c. traction systems - isolating voltage transducers and other voltage measuring devices

    鐵路設施.固定設備.直流開關裝置.直流牽引系統專用測量控制和保護設備.絕緣電壓傳感器和其他電壓測量設備
  10. Therefore, research work on the control of nonholonomic systems has wide applications and important potential values

    因此，非完整系統的控制研究具有廣泛應用背景和重要應用價值。
  11. Some automotive applications are antilock brakes, “ smart ” shock absorbers, vehicle counting systems, and ignition timing and control systems

    汽車上的應用包括防鎖死煞車、智慧型避震器、車輛計數系統，點火時間與控制系統。
  12. Coursework includes color science, computer programming, engineering mathematics, data structures, color duplication, pre - press techniques, visual psychology, printing materials science, digital printing, industrial management, quality control, electronic publishing systems, and computer image processing theories and applications

    課程包括：色彩學、階調復制學、程式設計、工程數學、資料結構、彩色復制學、印前製程、視覺心理學、印刷材料學、數位印刷、產業管理、品質管制、電子出版系統、電腦影像處理原理及應用等。
  13. Fuzzy logic control has recently proved to be a successful control approach for complex nonlinear, large delay, multivariab, uncertainty systems which need n ' t construct the controlled object ' s mathematic model, just considers locale operator ' s experience and related expert ' s knowledge as control mechanism and strategy. the past few years have witnessed a rapid growth in the number and variety of applications of fuzzy logic, ranging from consumer products and industrial process control to medical instrumentation, information systems, and decision analysis

    模糊控制以其無需建立被控對象的數學模型，以現場操作人員的控制經驗或相關專家的知識作為控制機制和策略，已經成為解決工業生產過程非線性、大滯后、多變量、不確定性等難控問題的一種重要方法，廣泛應用於生產生活的各個領域。
  14. Throughout the course, applications are drawn from control, communications, power systems, and resource allocation problems

    整個課程中涉及控制、通信、動力系統和資源分配問題上的應用。
  15. For example, in applications involving the control and monitoring of hydraulic systems and process sequences

    比如，在控制和監測液壓系統和工藝流程時的應用。
  16. Professor wong s research interest covers wireless systems, internet applications, communication constrained control systems and nonlinear filtering theory

    黃教授專研無線電系統、網際網路應用、通訊限制控制系統、非線性濾波理論等。
  17. Ole for process control ( opc ), which is the application of microsoft ' s object linking and embedding ( ole ) technology in process control system, is the standard interface protocal for connecting the data sources with the client application of the process control. it can greatly inhance the interoperability among control systems, field devices and business applications in the process control industry

    Opc （ oleforprocesscontrol ）是微軟公司的對象鏈接和嵌入技術在過程式控制制方面的應用，是一種連接硬體裝置或軟體數據庫等數據源與過程式控制制客戶應用程序之間的標準化的介面協議，它可以顯著地增強過程式控制制領域中的控制系統、現場設備、管理應用程序之間的互操作性。
  18. Devoted to the medical applications and implications of molecular nanotechnology. nanomedicine may be defined as the monitoring, repair, construction and control of human biological systems at the molecular level, using engineered nanodevices and nanostructures

    -培養學生由分子或原子開始製造材料之技術，培養奈米人才，並透過教學課程，建立具整合性的理論或實驗體系。
  19. Control systems in modern automatic engineering are nonlinear, time - changed and indefinite. lt is difficult to model by traditional method, even sometime impossible. under these circumstances we should apply model identification to gain the approximate model of object for effective control, there are many models to be chosen, fuzzy model is one of them, it is put forward with the development of fuzzy control. fuzzy model has characteristics of general approximation and strong nonlinear, it is fit for describing complex, nonlinear systems. to avoid rules expansion when the number of input values are very big. in this paper we apply hierarchical fuzzy model to resolve this problem, we also illustrate it has general approximation to any nonlinear systems. genetic algorithm is a algorithm to help find the best parameters of process. lt has abilities of global optimizing and implicit parallel, it can be generally used for all applications. in our paper we use fuzzy model as predictive model and apply ga to identify fuzzy model ( including hierarchical fuzzy model ), we made experiments to nonlinear predictive systems and got very good results. the paper contains chapters as below : chapter 1 preface

    現代控制工程中的系統多表現為非線性、時變和不確定性，採用傳統的建模方法比較困難，或者根本無法實現，在這種情況下，要實現有效的控制，必須採用模型辨識的方法來獲取對象的近似模型，並加以控制，目前用於系統辨識的模型種類很多，模糊模型是其中的一種，它隨著模糊控制的發展而被人提出，模糊模型具有萬能逼近和強非線性的特點，比較適合於描述復雜非線性系統，為了解決模糊模型在輸入變量較多時規則數膨脹的問題，文中引入遞階型模糊模型，並引證這種結構的通用逼近特性。遺傳演算法是模擬自然界生物進化「優勝劣汰」原理的一種參數尋優演算法，它具有隱含并行性和全局最優化的能力，並且對尋優對象的要求比較低，在工程應用和科學研究中，得到了廣泛的應用，本文將遺傳演算法引入模糊模型的辨識，取得了很好的效果。
  20. This paper discussed the recent trends of the development and research of control laws of vehicle stability ; also analysed the features and limitations of control laws of vehicle stability with non - linear characteristics in the applications of several control systems and theories ; and summarized the feature application of slide - mode theory in control laws of vehicle stability

    摘要討論了近年來車輛穩定性控制策略的研究發展趨勢；分析了多種控制方法和理論在解決非線性車輛穩定性控制策略上各自的特點及局限性；總結了滑模變結構控制理論的應用前景。
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