recognition logic 中文意思是什麼

recognition logic 解釋
識別邏輯
  • recognition : n. 1. 認識；識出；識別；面熟，認得；招呼。2. 承認，認可。3. 褒獎，表揚；感謝，酬勞。
  • 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）。
  1. Boolean algebra with shell and dangerous signal recognition logic

    代數與險象識別邏輯
  2. The detailed works are as follows : the finding patterns problems in the time - series data sequence are described, and a new trend logic expression method is introduced, and its algorithm and experiment result of algorithm are given ; time - scries data are disposed, and using the arctg. slope of line as the sample of pattern recognition, so ignoring the aberrance of pattern in the classified. in addition, a new time - series pattern finding algorithm based on higher - order neural network is put forward

    同時給出了本文的具體的工作，主要是：對在時序數據序列中發現模式問題進行了描述，並介紹了一種新的趨勢邏輯表示方法，給出了其演算法及演算法的實驗結果；對時序數據進行處理，提出了利用線段的斜率反正切值作為模式識別的樣本，從而在分類時忽略模式的畸變；另外，還提出了一個新的基於高階神經網路的時序模式發現演算法。
  3. Modern history has rejected the faiths of the ancients, without putting any new conviction in their place ; and the logic of the position has forced the historians, leaving behind them the rejected, divine right of kings and fate of the ancients, to come back by a different path to the same point again : to the recognition, that is that peoples are led by individual persons ; and that there is a certain goal towards which humanity and the peoples constituting it are moving

    現代史學雖否定了古人的信仰，卻沒有用新觀點去取代它，而且受大勢所趨，其邏輯迫使那些在意念中否定沙皇王權神授及古人的命運觀的史學家又殊途同歸地承認：一各族民眾是受個別人領導的二各民族和全人類都奔向一個已知的目標。
  4. Dangerous signal recognition logic with fuzzy shell and boolean heart

    心臟的險象識別邏輯
  5. Software framework gets recognition more and more with the deeply research of software reuse. the technology of software components is core technology for supporting software reuse and distribution apply. in the development of supply chain, different people develops different business logic. so, it hard to ensure the compatibility and expansibility. the framework base on components technology offers uniform resolve method for similar things, and it also offers foundation and context for components ’ installing. it offers operation together and integration. it can reuse in special field for bigger granularity software components. the final aim of frameworks is combined install the components dynamicly, the plug and play of software can be realized

    隨著軟體復用研究的深入，軟體框架日益受到人們的重視。軟體組件技術是支持軟體復用和分散式應用的核心技術。在供應鏈開發中，不同的人開發不同的商務邏輯，存在兼容性，擴展性難以保證等問題，基於組件技術的框架為特定領域內的相似問題提供統一的解決方案，並且框架還為組件的組裝提供了基礎和上下文，以及為分散式組件提供互操作和集成機制，可以作為一種較大粒度的軟組件在特定領域中進行復用。
  6. Based on fuzzy logic, an effective algorithm of edge connection is proposed. simulation result shows our approach can highly improve the connectivity of the extracted image boundaries without distortion. this work lays foundations of target detection, tracking, and recognition for photoelectric tracker and imaging radar

    通過理論分析及模擬結果證明，本文提出的梯度參數自學習統計的方法和基於模糊判決的邊緣連接方法能夠有效地提取邊緣點進行邊緣連接，能夠在保持原有圖像不失真的情況下，較大地提高圖像邊界的連通性，為光電跟蹤器和成像雷達的目標檢測、跟蹤和識別等提供良好的基礎。
  7. 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。
  8. Because of the multiple - value characteristic of the rt quantum devices, the multiple - value circuits design get more and more recognition. this paper details a logic operation based on a switching sequence in rt circuits, this scheme enables us to design simpler ternary inverter and quaternary inverter circuits, and use this switching sequence also designed ternary nand gate and ternary nor gate

    由於rt量子器件本身所特有的多值特性，因此基於rt器件的多值電路設計受到越來越多的重視，論文首先基於開關序列方法對傳統的三值反相器進行了改進，以此為基礎將開關序列設計方法推廣到四值反相器的設計，並實現了基於rt量子器件的三值與非門、或非門設計。
  9. An idea is brought forth to design the total structure of the usb interface ip, the main control logic, the mcu interface ( the function is the same as the pdiusbd12 chip of the philips semiconductor ) and a dpll which is used to synchronize data and separate the clock. this paper also introduces packet recognition, transaction sequencing, sop, eop, reset, resume signal detection / generation, nrzi data encoding / decoding and bit - stuffing, crc generation and checking ( token and data ), packet id ( pid ) generation and checking / decoding,

    提出設計了usb介面電路的整體構架，設計了usb的主要控制邏輯和與mcu的互連的介面（此介面與飛利普的usb介面晶元pdiusbd12兼容） ，也設計了一個數字鎖相環（ dpll ）來同步數據和分離時鐘，並對同步模式的識別、并行/串列轉換、位填充/解除填充、 crc校驗/產生、 pid校驗/產生、地址識別和握手評估/產生做了具體的分析。
  10. Lots of research results are acquired in this field and have been applied in many aspects after analyzing the development of current image processing technology in the field of pattern recognition and the application of information recognition technology in logistic storage, the author puts forward a point that the image information of a target should be utilized for logistics pattern - recognition according to the logic mode of humankind ' s cognition, the thesis consists of two main parts : the first part is about the appearance recognition

    圖像識別與處理長期以來都是備受關注的研究課題，其研究成果甚多，應用領域十分廣泛，作者在分析了當前圖像處理技術在模式識別中的發展和信息識別技術在物流倉儲中的應用后，結合其優缺點，提出了利用對象的圖像信息進行物流模式識別這一研究內容。根據人類認知的邏輯模式，論文的整個體系主要從兩個部分加以探討：第一部分是外形的識別。
  11. Improve on traditional lsm flatness pattern recognition, direct recognition method has been built, it ' s simple, applied and high precision. in conclusion, this paper not only puts forward two new methods of pattern recognition, but also solves the problem that traditional or fuzzy logic pattern recognition can not solve or solve well. it enlarges the range of pattern recognition and gets over the defect and deficiency in the traditional shape pattern recognition based on the least square

    改進了傳統最小二乘板形模式識別方法，建立了基於勒讓德正交多項式的板形模式識別直接法，方法簡單、實用，識別精度較高；不僅增加了一種新的模式識別方法，而且解決了傳統模式識別、模糊邏輯模式識別方法解決不好和解決不了的問題，大大擴展了模式識別的應用范圍，克服了傳統的基於最小二乘法板形模式識別的缺點和不足。
  12. The main research work of this thesis is as follows : ( 1 ) the design of gather and the pattern - recognition interface logic

    論文的主要研究工作如下： （ 1 ）採集與模式識別介面邏輯的設計。
分享友人
分享到 Line

分享到臉書