low-key image 中文意思是什麼
low-key image
解釋
低調圖像-
Giving the goal and conceptual design, this paper pays attention to expatiate how to practically use the techniques of image - processing, communication and recognition in remote image monitoring system, and discusses how to realize the key techiques such as terminal connection and frame design, platform decoding control and alarm, image communication and track, etc. in order to overcome most existing image monitoring systems " shortages - those systems are at low intelligent level, need overfull manual work and ca n ' t work all day, this paper has adopted the advanced image code / decode technology and digital image transmission technology, and has applied the intelligent image processing and recognition technique to the display, adjust and track of images
本論文在設計圖像監控系統的建設目標和總體方案的同時，重點闡述了圖像處理、通信與識別技術在遠程圖像監控系統中的應用實現，給出了圖像監控系統中的終端接入和框架設計、雲臺解碼控制與報警、圖像通信和圖像跟蹤等關鍵技術的實現。針對現有的圖像監控系統大部分採用人工為主，機器為輔，智能化程度低，不能全天候工作的現狀，本文採用先進的數字圖像壓縮編解碼技術、數字圖像傳輸技術，將智能圖像處理與識別技術應用於圖像的顯示、調整、跟蹤，克服了一般監控系統要求監控人員過多地干預、智能化程度低的缺陷，並總結了其特點和優勢。 -
The contents of this research include building the hardware system and developing the software system. the key problem to solve is how to transmit high quality images by a low bit network streaming. hardware system for image sampling is mainly configured by purchasing equipments, which requires the time - consumption of single frame under millisecond, the producer of the image sample card providing sdk and the sampling card working stably and unfailingly for long time
離子探針樣品圖像處理系統要解決的三個問題: 1 .快速、有效的獲取離子探針樣品圖像; 2 .對獲取的樣品圖像進行處理，使它適合低速率網路環境下的圖像傳輸; 3 .在滿足客戶要求的情況下使傳輸的圖像數據量盡可能的小。 -
The characteristic and key technologies of the system are as follows : ( 1 ) in realizing the live broadcast of audio and video, the problem of immense multimedia data and low networks bandwidth utilization ratio is solved by using mpeg - 4 as format of audio and video data. audio and video data are collected by video card cv500 which developed by beijing sum tone company ; meanwhile, the contradictory between the delay of networks transmitting and the quality of the image is well solved by setting a " bi - buffer area "
系統實現中解決的關鍵問題和特色主要有以下幾個方面： （ 1 ）在視音頻直播功能的實現中，通過使用北京算通公司的cv500視頻採集卡和cv500sdk進行視音頻數據採集，並採用當今最新的圖像和語音編碼壓縮標準mpeg - 4作為視音頻數據的採集格式，既保證了圖像的質量，又大大縮減了視音頻所佔的帶寬，從而解決了多媒體數據量大、網路帶寬利用率低的問題；同時，通過設置環形緩沖區的辦法來調和網路傳輸延時與圖像質量之間的矛盾，取得了較好的效果。 -
Shiny, as a video business additionally offering traditional and digital photo shops, soberly realizes this market tendency and has chosen the incremental digital image service with its attractive customization feature and low - cost as the key to further development of its operations
作為一家以影像業務為主同時兼營傳統影樓和數碼影樓的公司，正申清醒地認識到了這一市場趨勢，並選擇了以個性化色彩強烈且成本較低的數碼影像增值服務，作為自身業務進一步發展的一個突破口。 -
How to make a large number of clients become more familiar with phs by market sales and plan in order to increase consumption is the key to win the game in the fierce market competition for phs. phs has kept making much great progress in network performance, brand image and exploitation of terminal products. at present phs is not only an environment - friendly communication tool with low price but also is equipped with a data service with a high speed and large capacity, which has found favor in top clients ’ eyes
在小靈通這一產品的運營中，延長小靈通的生命周期，進一步增加用戶數量和業務收入，提升小靈通在消費者心目中的品牌地位、提高小靈通產品的服務水平、完善小靈通的增值服務內容並根據目標消費群體的不同特徵做好該產品的市場細分，使這個在夾縫中生存的通信產品得到迅速發展，從而拉動總體收入的增長，已成為松原市網通需緊迫解決的問題。 -
With the development of microelectronic products ( integrated circuit, printed circuit board, etc ) directing to high density, thin separation and low defect ratio, its inspection requirement is higher on aspects of precision, efficiency, universal, and intelligence etc. therefore, this paper researched on the general key techniques in the field of microelectronic products vision inspection, covered the shortage of traditional inspection on aspects of fast and precision locating, image mosaic, and fine defect test, completed theory study on physical dimension and defect inspection of microelectronic products based on machine vision, developed the prototype and used lots of experiments to prove its correctness and feasibility
隨著微電子產品（集成電路晶元、印刷電路板等）向著高密度、細間距和低缺陷方向發展，對其檢測技術在精密、高效、通用和智能化等方面提出了更高要求。由此，本文對微電子產品視覺檢測中的關鍵技術進行研究，彌補了傳統檢測在精確快速定位、圖像全景組合和精細缺陷檢測等方面的不足，最終完成基於機器視覺的微電子產品外形尺寸和缺陷檢測的理論研究和樣機研製，並進行了大量實驗證明其正確性和可行性，力圖為我國自主創新的微電子產品視覺檢測技術提供理論和實際借鑒。 -
Meanwhile, it is emphasized that the soft - field characteristic and the low resolution of image reconstruction are the key problems that result in the difficulty of its practical applications. 2. it is very difficult to analyze the characteristics of the 2d non - homogeneous fields or 3d fields by using analytical mathematics directly
分析了ert系統的正問題和逆問題，闡述了ert技術存在的問題及研究趨勢，指出「軟場」問題及圖像重建演算法精度不高是限制ert技術進入實際工業應用的「瓶頸」問題。
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