image-understanding system 中文意思是什麼

image-understanding system 解釋
圖像理解系統
  • image : n 1 像，肖像，畫像；偶像。2 影像，圖像。3 相像的人（或物）；翻版。4 形像，典型。5 形像化的描繪。6...
  • understanding : n 1 認識，了解，理解，領悟，理會。2 悟性，理解力，智力；【哲學】知性 〈opp reason〉。3 諒解；同情...
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. Facial representation and recognition is one of the key issues in pattern recognition, computer vision, and image understanding fields. it is widely applied to numerous commercial and law areas, such as mug shots retrieval, real - time video surveillance, security system and so on

    人臉的表示和識別技術是模式識別、計算機視覺和圖像理解系統的研究熱點之一，在公安和安全部門有著廣泛的應用，例如搜索罪犯、動態監視、銀行密碼系統等。
  2. According to the modern education theory, we should adopt the following tactics in teaching the concept of chemistry : 1. use the vivid visual image to let the students gain the knowledge of the concept ; 2. create the atmosphere and let the students take part in the formation of the concept of chemistry ; 3. revise the old knowledge while learning the new one to realize the assimilation of concept ; 4. proceed step by step, lead the students deepen and develop the concept ; 5. give prominence to the understanding of the key words of the concept, get deeper understanding ; 6. pay attention to the relation between the concepts ; 7. optimize the study strategy and enhance the cognition standard, i. e. in the teaching of the concept of chemistry, we must pay great attention to the usage of various kinds of teaching method, including visual experiment, visual language and cai courseware, in order to help the students to understand the concept ; use the question to stimulate students " thoughts, give free rein to students " corpus, and let the students take part in the teaching process actively ; guide the students to remember new concepts and the help of their old knowledge ; pay attention to the levels of the concept, deepen and develop the concept continuously, use various ways to strengthen the meaning of the key words, help the students to master the concepts connotation, and give a clear extension, guide the students to found the concept system

    也就是說，在化學概念的教學中，要注意充分運用各種直觀教學手段，包括實驗直觀、語言直觀和cai課件直觀，幫助學生理解概念；注意運用問題啟動學生思維，發揮學生的主體性，使學生積極參與教學過程；要指導學生利用原有認知結構中適當的概念圖式來學習新概念；注意概念教學的層次性，不斷深化和發展概念；注意通過各種方式強化概念中關鍵字、詞的意義，幫助學生準確把握概念的內涵，清晰界定概念的外延；注意引導學生在應用中建立概念系統，形成合理的概念結構。同時在概念教學中還要注重學習方法的傳授和學習策略的形成，進行適當的元認知訓練，優化學生的學習策略，提高其元認知水平。根據化學概念的教學策略，化學概念的基本教學程序為:創設問題情境，引入概念;組織問題解決，建立概念;引導知識整理，概念系統化;指導練習應用，概念具體化。
  3. Today, with a deep understanding and knowledge about the field of medical display and our reputation in crt products, we have researched, designed, and developed 1mp, 2mp and 3mp lcd display system. our products strictly comply with dicom standards. they provide high quality image display for various medical equipments

    我們憑借在醫療crt顯示產品中已建立相當知名的地位，以及對醫療顯示範疇的深度理解，自主開發設計製造了1mp 2mp 3mp像素單色彩色液晶顯示器，他們作為torch - bigtide專為醫療顯示用途而開發的高精度專業液晶顯示設備，具有一致而穩定的影像質素，從而確保了精確無誤的診斷結果，完全能夠滿足不同醫療機構對不同顯示器類別及顯示能力的需要。
  4. Finally, some airport features in aerial images are extracted by using mathematical morphology method. ( 8 ) establishing expert system is the only way to understand remote sensing image. in the paper, we have researched remote sensing image understanding

    然後利用數學形態學方法研究了飛機機場的特徵提取演算法，成功地在航空遙感圖像中提取出飛機機場跑道特徵， 8 、關于遙感圖像專題信息解譯的研究。
  5. As a contemporary korean scholar with li tui - xi, gao nan - ming constructed a special system based upon cheng yi and zhu xi ' s image - number ideas, revealing his distinctive understanding to the dao ( way ) of heaven and that of human

    摘要與李退溪同時代的韓國學者曹南冥，依據程朱等的象數觀念構建了獨特的體系結構，這使他對天道與人道問題擁有了自己的見解。
  6. It is based on the mean square error ( mse ) principle and we prove the validity of the method by computer simulations. to make a thorough understanding of mimo adaptive equalization system, in this thesis the author : 1 ) ananlyze the characteristics of mimo wideband channels and the modeling and simulation of 3gpp scm ; 2 ) research the capability of mimo linear adaptive equalization and mimo non - linear adaptive equalization by computer simulations ; 3 ) present a new method for selecting the order of adfe model 4 ) implement the adfe on adsp - 21160 for static image transmission, and already achieve satisfactory experimental result, which make a foundation for mimo adaptive equalization to be appllied in the real communication systems

    為對mimo自適應均衡系統性能和設計做更深入的理解和研究，本文主要: 1 ）研究了寬帶選擇衰落通道特性及3gppscm通道建模模擬; 2 ） mimo線性自適應均衡器和mimo非線性自適應均衡器系統的性能分析和模擬實現; 3 ） mimo系統下的判決反饋均衡器的階數選擇模擬試驗分析; 4 ）把mimo自適應判決反饋均衡運用到了硬體模擬平臺上，採用了基於adsp - 21160的硬體dsp開發板，對靜止圖片的傳輸進行了試驗、分析和比較，得到了較滿意的實驗結果，使mimo自適應均衡在實際通信系統上的應用及實現奠定了現實基礎。
  7. Information fusion consists of a collection of subdisciplines, such as mathematics, military affairs, computer science, autocontrol theory, artifical intelligence, communications technology, manage science. information fusion has been applied to many research fields, such as robot and intelligent instrument system, battlefield mission, pilotless aircraft, image analysis and understanding, target tracker and detection, multiplesource image reconstruction, and so on

    信息融合技術最早用於軍事領域，現已成功地應用於包括機器人和智能儀器系統、戰場任務與無人駕駛飛機、圖像分析與理解、目標檢測與跟蹤、自動目標識別和多源圖像復合等眾多研究領域。
  8. This paper, which background is engineering application, is based on the theory of the understanding of sar image. it studies on the aspects of ship target detection, ship wake detection, ship feature extraction and establishment of the sea area target surveillance system

    本文以工程應用為背景，以sar圖像理解理論為基礎，重點圍繞sar圖像艦船目標檢測、艦船尾跡檢測、艦船特徵提取、海域目標監視系統建立等方面開展了研究。
  9. The paper studies and analyzes the key methods of high special - differentiating remote sensing image segmentation and recognition. the software model and system model designed in this paper have used the integration technology of remote sensing techniques and geographical information system. it carried out the possibility of processing the grid data and vector data in one single system, which shows certain innovation in the field of geographical understanding and analysis to the remote sensing images

    本文在多種高空間解析度遙感影像分割識別的關鍵技術方面進行了充分的分析與探討，設計的軟體原型和系統模型運用了遙感技術和gis集成技術，從技術上有效的實現了對柵格數據和矢量數據的統一處理，在遙感影像的地學理解與分析方面，具有一定的創新。
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