logic description 中文意思是什麼

logic description 解釋
邏輯描述
  • 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）。
  • description : n. 1. 記述，敘述，描寫；記載。2. 敘事文；（物品）說明書；相貌說明書。3. 種類。4. 作圖；繪制。
  1. Apotheosis of logic and philosophy : theoretical exploration of description theory

    摹狀詞理論探析
  2. The circuits driving the ccd and processing the video signal are implemented by means of cpld ( complex programmable logic device ) and hdl ( hardvvare description language ). the solution to solve the problem of multi - level logical competitive risks that occur in cpld circuits frequently was provided in details in the thesis

    Ccd的驅動電路和視頻信號處理電路採用cpld （可編程邏輯器件）和hdl （硬體描述語言）實現，文章對cpld電路中容易出現的多級邏輯冒險競爭情況作了專門的敘述和提出相應的解決方法。
  3. Owl ' s semantics is limited to description logic, which cannot capture semantics of arbitrary rules. therefore, owlrule + is designed. its syntax extends owl and its semantics is based on carin, a representation language combining description logic and horn rules

    針對語義web層次結構中webontology語言owl在一般規則表達能力方面的不足，在其基礎上設計了一種語義web規則標記語言? ? owlrule + ，作為語義web的邏輯規則層。
  4. The key to the fft algorithm is the design of butterfly computation and that of the address logic. the whole schema is designed in the top - down design flow and described in the vhsic hardware description language ( vhdl ), basing on these, we do our research on reconfigurable technology. the result indicates that the data processing ability of reconfigurable system improved greatly

    結果表明，可重構系統在數據處理能力方面比以往的系統有了很大的提高，本設計實現的fft重構處理器可工作於60mhz下，完成一個16點fft需要132個主時鐘周期，完成32點fft需要324個主時鐘周期，而且具有一定可重構性，可以方便地將其運算點數進行擴展，或將其他的圖像處理演算法在實時處理系統中實現。
  5. 35 ian horrocks, peter f patel - schneider. reducing owl entailment to description logic satisfiability. in proc

    該方法支持靜態知識，動態過程和運行機制的有效的表示和推理。
  6. Ontology captures a certain view of the world, supports intensional queries regarding the content of a database, and reflects the relevance of data by providing a declarative description of semantic information independent of the data representation. there is great variation among both the level of detail and logic of different ontology representations

    本體是對領域知識的一種概念化描述，它反映了領域專家對該領域內知識的看法，它不僅支持對其底層數據內容的查詢，而且通過對語義信息的聲明性描述來反映數據之間的相關性，這種描述並不依賴于具體的數據組織方式。
  7. This design for mvbc system adopts top - down eda common design flow. circuit design adopts veriloghdl coding description. function simulation and timing verification adopt simulation tool vcs of synopsys inc, the logic synthesis tool and fpga programming tool adopt the quartus ii of altera inc, and the fpga advice stratix ii ep2s15

    該mvbc系統設計採用業界通用的自上而下的eda設計方法，電路邏輯實現採用veriloghdl硬體語言描述，功能和時序驗證的動態模擬採用synopsys公司的vcs ，而邏輯綜合與fpga實現採用altera公司的集成開發環境quartusii軟體以及stratixiiep2s15的fpga器件。
  8. Functions of logic synthesis are to transform and optimize the combinational logic functions and produce the pure logic level structural description

    邏輯綜合的功能是對組合邏輯函數的描述進行轉換和優化，生成與邏輯功能描述等價的優化的邏輯級純結構描述。
  9. We use temporal logic language xyz / e as our component description language for components may have different abstract hierarchy and different granularity. xyz / e is able to describe the dynamic semantics and static operations of component, and to formally describe system in different hierarchy

    由於構件可能具有不同的抽象層次和粒度，我們採用了時序邏輯語言xyz e作為構件描述語言，這種語言能夠描述構件的靜態語義和動態執行，並且能在不同抽象層次上對系統進行形式化描述。
  10. As a research trial for this thesis, we designed a real circuit based on cpld ( complex programmable logic device ) by vhdl ( very high speed integrated circuit hardware description l anguage ) for the hardware algorithm for euclidean distance transform with multilayer design method, called top - to - down

    一down ）的方法，設計了一個基於復雜可編程邏輯器件cpld （ co哪lexprogammablelogiedeviee ）的基本電路，用以驗證基於硬體的歐幾里德距離轉換演算法的各項性能。
  11. Description : production cylinders, valves, gas source logic components, auxiliary gas path parts, pneumatic tools, pneumatic machinery

    簡介：生產氣缸、氣閥、氣源、邏輯元件、氣路輔件、氣動工具、氣動機械等。
  12. It states that the information system concept of accounting is lust a description of appearance, which doesn ' t tally with the logic of perception

    文章認為，信息系統論只是表象的描述，不符合科學認知的基本邏輯。
  13. The definitions of syntax structure, semantic interpretation, knowledge base form and reasoning problems based on satisfiability are given for the extended fuzzy description logic

    定義了擴展模糊描述邏輯的語法結構、語義解釋、知識庫形式以及基於可滿足性的推理問題。
  14. The paper focuses on the mncs " technology transfer, diffusion, the absorption capacity of chinese enterprises, and the strategy of technology development. it employs market research methods, normative description, empirical and case studies to deduce the process of mncs " technology transfer to china, the learning strategy, as well as the logic of technology improvement of chinese enterprises

    本文把跨國公司的技術轉移、擴散和中國企業的吸收學習和技術能力發展策略作為主要對象，運用市場調查、規范描述、實證比較和案例研究等方法，把研究的著眼點集中在跨國公司對華技術轉移的過程和難點、中國企業技術學習策略、中國企業技術能力提高的邏輯演繹和操作模式。
  15. Concept classification and frame expression. by comparing the frame expression and logic expression, we adopt description logic for automatically classify the concepts during knowledge navigation

    通過對本體的框架表示和邏輯表示進行比較分析，提出用本體的描述邏輯表達來解決知識導航過程中概念的自動分類問題。
  16. Then the axiomatic of negotiating logic is presented to give the system a formal description, and then appropriateness of axioms is interpreted

    之後給出基於模態邏輯的協商推理邏輯公理體系來形式化地描述多agent系統，再對公理的合理性進行充分的解釋。
  17. By introducing model theory, we investigate the concept classification in description logic and present the algorithm that transforming the ontology defined in description logic to frame expression based on the satisfiability of concept interpretation

    通過採用模型理論，以本體概念的解釋是否可滿足為基礎，研究了描述邏輯中概念的自動分類，並給出了將描述邏輯本體轉換為框架表示的演算法。
  18. Comparing to the reasoning mechanism in concept language and description logic, a ~ ( h ) improves the efficiency of semantic matching between agent capabilities

    相比于概念語言和描述邏輯中的推理機制， a ~ h提高了主體能力語義匹配的效率。
  19. Furthermore, the little support of enterprise logic description in server - side lead to worse performance of the maintenance

    並且對于服務器端的企業邏輯描述支持較少，這使得服務器端的企業邏輯一般都存在於代碼之中，以至於維護性較差。
  20. Symbol logic method is unable to guarantee the complement of knowledge description, which leads to complicated deducing process. we introduce fuzzy cognitive map into agent modeling and deducing, substitute symbolic description and inference with simple mathematical computing, achieving agent intelligent decision - making in complex environment

    針對現有符號邏輯描述方法難以保證知識表達的完整性，推理過程陷於復雜的邏輯演繹的問題，作者引入了模糊因果關系的網路模型，基於模糊認知圖理論構造agent推理模型，用簡單的數值計算代替復雜符號系統的表示和演繹推理過程，實現了復雜環境下的agent智能決策。
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