logic complexity 中文意思是什麼

logic complexity 解釋
邏輯復雜性
  • logic : n. 1. 邏輯，理論學。2. 推理[方法]；邏輯性，條理性。3. 威力，壓力，強制（力）。
  • complexity : n. 1. 復雜性，復合狀態。2. 復合物；復雜的事物[情況]。
  1. In this paper, we developed a self - assembly model for dna - based parallel addition. the central feature of this model is to apply the parallel logic. we make the complexity analysis of the algorithm used here

    這里，提出了一種利用dna進行兩個數的相加的模型，這一模型的思想是對兩數逐位并行相加，極大地利用了dna計算并行的特點。
  2. These are responsible for hiding the complexity of looking up services ; they also provide caching logic

    這些程序負責隱藏查找服務的復雜性，並提供緩存邏輯。
  3. Secondly, the encoder circuit of quasi - cyclic which can realize low encoding complexity are designed and implemented. three encoder circuit are designed respectively with feed shift - registers and logic gates : sraa - based serial qc - ldpc encoder ; sraa - based parallel qc - ldpc encoder ; two - stage qc - ldpc encoder

    採用反饋移位寄存器與邏輯門設計了三個典型的編碼器電路:基於sraa電路的串列準循環ldpc碼編碼器;基於sraa電路的并行準循環ldpc碼編碼器;二階編碼電路。
  4. From a microcosmic view, the article adopts analyzing methods of illustration, induction and comparison. at the same time, it exerts the logic reasoning rules, from small issues to large ones, from phenomena of a problem to its essences, as well as from construction of a specific patent claims to deduction of different systems for defending patent infringement claims. in addition, in consideration of the complexity and diversity of patent infringement defense systems, the article classifies and specifies them from different angles, and at the end of the article, conceives the future legislation pattern of china regarding patent infringement defense

    第三章如何構建專利侵權抗辯制度體系著眼于權利要求解析，借鑒外國的先進立法和實務經驗，結合中國實際，將專利侵權抗辯制度系分為合同抗辯、訴訟時效抗辯、證據抗辯、訴訟主體資格抗辯、禁止反悔抗辯、濫用專利權抗辯、不侵權抗辯、不視為侵權抗辯、已有技術抗辯以及專利無效抗辯等十個具體制度，並側重於中國特色和專利特點兩個層面，對它們進行了深入探討和分析。
  5. ( 3 ) it is well known that the determinant problem in classic proposition logic is a np complete problem, and the first order logic is a half determinant one. so both the analysis of computing complexity and the realization of it are the most important fields

    （ 3 ）眾所周知，經典命題邏輯中的判定問題是np完全問題，而一階邏輯是半可判定問題，關于非經典邏輯特別是非單調邏輯的計算復雜性分析和演算法實現是一個重要的研究領域。
  6. Based on the timing constraints event model of rtl ( real time logic ), the compiling algorithms for timing constraints event transform the problem of how to detect timing constraints event to the problem of how to find negative cycle in weighted directed graph, which is named as constraints graph. by simplifying constraints graph, the efficient detecting algorithms for timing constraints event have been developed, which not only has good time complexity but also can find events that violate timing constraints as early as possible. in order to verify the event detecting methods based on dynamic rules and to check its efficiency in application, experiment schemes are designed and performed on the implemented prototype system in linux environment

    帶時間約束事件的編譯演算法以rtl （ realtimelogic ）事件模型為基礎，將帶時間約束事件的檢測轉化為在帶權值的有向圖（此即受限圖）中尋找負圈的問題，它通過化簡受限圖得到最小有效約束集；運行時事件檢測演算法在最小有效約束集上檢查事件的時間約束，不但有較好的執行效率，而且能盡早地發現違反時間約束的事件。
  7. The quantum gate array is the natural quantum generalization of acyclic combinational logic " circuit " studied in conventional computational complexity theory. in 1995, barenco showed that almost any two - bit gate is universal, so building a feasible two - bit logic gate is the first step to engineer a quantum computer. in principle, the quantum bit can be carried by any two states system

    在眾多的量子計算機模型中目前討論最廣泛的是量子計算機門組網路模型，量子計算機門組網路模型是經典計算機門組網路結構的量子推廣，它是根基於barenco等人所證明的「一個兩比特受控操作和對單比特進行任意操作的門可以構成一個『通用量子邏輯門組』 」之上的。
  8. In order to reduce the programming complexity of practical fuzzy control systems, two matlab application program interface ways to capitalize on the resources of matlab and its fuzzy logic toolbox in c programming environment is discussed. one is the maw engine function library, by which c language starts a matlab course running in the background. another is the stand - alone c - code fuzzy inference engine, by which c language establlshes a fuzzy inference system completely based on the c. both of these can reduce the programming loads of practical fuzzy control system obviously

    在模糊控制軟體開發平臺研究方面，為減小實際模糊控制系統的編程復雜性，探討了在c語言中調用matlab及其模糊邏輯工具箱資源的兩種matlab應用程序介面方法：一個是利用matlab引擎函數庫，由c語言啟動一個matlab進程在後臺運行；另一個是利用模糊邏輯工具箱中的獨立c代碼模糊推理引擎，建立完全基於c語言的模糊推理系統。
  9. The scale, facility, setup mode and the topper application are increasing, but the network management system still adopts a centralizing structure based on manager / agent model. in the centralizing structure, the network management system can ’ t change with the scale and complexity, which made the system bigger and bigger. all management logic is computing in one workstation, that will occupy too many bandwidth, depress performance and made the workstation become the weakest part, if the workstation overrun or dead, agent can ’ t come back because it must wait manager ’ s command

    目前，我國電信網路正處于高速發展中，網路的規模越來越大，設備種類越來越多，組網方式越來越多樣化，應用越來越復雜，但是網路管理系統仍然普遍採用管理員/代理的集中式管理方法，在集中式網路管理模式中，網管系統不能隨著網路規模和復雜度的變化而變化，致使網管系統越來越龐大;網路管理邏輯全部集中在一個管理工作站中計算，需要佔用大量的帶寬來傳輸設備數據，有效性差，同時管理工作站是系統中最脆弱的部分，一旦管理方超負荷或死機，代理方因為必須等待管理方的指令而無法恢復系統，導致系統崩潰。
  10. Ibm scientists and engineers have garnered recognition for discoveries and inventions in fields as diverse as reduced instruction set computers risc, database management systems, logic and complexity theory, nanostructured materials, high - temperature superconductivity, and laser surgery, among many others

    Ibm的科學家和工程師們在簡化指令集計算機（ risc ） 、數據庫管理系統、邏輯與復雜性理論、納米結構材料、高溫超導、激光外科以及很多其他的領域上的發明和創新受到了人們的表彰。
  11. This paper contains three parts : cost estimating, profit decision and unbalanced bidding strategy. the cost estimaging part introduces the product assembly model and describes how to convert it to assembly logic net. then we use the msps algorithm to weigh the product complexity and get the analogy coefficient to estimate the cost. then we analyze the traits of bidding activity, erecting a profit decision model based on fuzzy set theory. this model can choose the best profit through quantifying quote objects, profit influence factor and candidate profits. then we introduce unbalanced bidding strategy on basis of the traits of the discrete manufacturing enterprise. we take amount, date, cost subjects and technology into account. we change the price of all parts of the product, in order to get more benefit negative influence. this paper introduces the design and implementation of the system

    接下來建立了基於模糊集的利潤率決策模型，以模糊集作為數學依據，量化企業投標目標、利潤率影響因素、投標利潤率三者之間的關系，為投標產品確定最適合的總利潤率，以最大化保證企業投標目標的實現。然後根據離散製造企業的特點，提出以bom為中心不平衡報價策略，從零件的需求數量、需求日期、成本科目劃分以及零件本身的技術難度進行考慮，通過在保持投標產品的投標總價基本不變的前提下，有意識有策略地調整產品各組成部分的報價，以達到既不提高總價，也不影響中標，又能在結算時獲得更理想的經濟效益的目標。
  12. It applies multiple clocks on different pipeline parts basing on their logic complexity, and provides a parallelism on the slow part for throughput compensation

    它允許流水線模塊根據各自邏輯復雜度選擇不同的工作頻率；通過提高簡單模塊的工作頻率，並增加復雜模塊的并行度，以實現流水線的指令吞吐率的優化。
  13. This dissertation discusses and studies to surround the knowledge representation, learning, reasoning, and the main contents include : at the first chapter, some familiar uncertain knowledge representation and reasoning and the difficulties of them : evidential theory, certainty factor, fuzzy logic and fuzzy reasoning, subjective bayesian method, belief network are introduced. we present the basic knowledge, primary reasoning algorithm, complexity of reasoning algorithm, the way of dealing with some problem of causality diagram relative and the research direction in causality diagram theory particular at the second chapter

    論文圍繞著因果圖的知識表達、學習、推理進行了討論和研究，主要內容包括:在扼要介紹了一些比較常見的不確定性知識的表示和推理方法:證據理論、確定性因子、模糊邏輯與模糊推理、主觀bayes方法、信度網的基本知識之後，比較詳細地闡述了因果圖的知識表達，主要的推理演算法、計算復雜度以及對一些問題的處理方式方法。
  14. In order for the enterprise information systems to efficiently cope with the highly complexity of business logic and to be adapted to the mutabilty of business environment, based on the structural analysis and object - oriented design methodology, a hybrid modeling approach is proposed for business processes

    為使企業信息系統的分析與設計能有效管理業務邏輯的高度復雜性，適應業務環境的易變性，該文在結構化分析與面向對象設計方法的基礎上提出一種復合型的業務過程建模方法。
  15. High - level synthesis has been developed on the base of logic synthesis. it starts from the behavioral design description of high - level and outputs the structural description with lower level as a result. so the design complexity can be simplified and design efficiency can be raised

    高級綜合是在邏輯綜合的基礎上發展而來的，它從高層次的行為描述開始，自動綜合出低層次的結構描述，從而降低了設計復雜度，提高了設計效率。
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