適應技術 的英文怎麼說
中文拼音 [shìyīngjìshù]
適應技術
英文
adaptive technique- 適 : 形容詞1 (適合) fit; suitable; proper 2 (恰好) right; opportune 3 (舒服) comfortable; well Ⅱ...
- 應 : 應動詞1 (回答) answer; respond to; echo 2 (滿足要求) comply with; grant 3 (順應; 適應) suit...
- 技 : 名詞(技能; 本領) skill; ability; trick; technique
- 術 : 術名詞1. (技藝; 技術; 學術) art; skill; technique 2. (方法; 策略) method; tactics 3. (姓氏) a surname
- 適應 : suit; adapt; get with it; fit
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Thereafter, the article is utilized on the basis of congested mstfp that based on the congested control of tfrc, with the buffer control we put forward design plan of adaptive technique, and finish the demonstration of the adaptive technique through the test datum that acquired from the scheme that is built up in the lab
其後,文章利用基於tfrc擁塞控制的mstfp (流媒體tcp兼容協議)和緩沖管理提出了流媒體網路傳輸自適應技術的設計方案及實現,並通過在實驗室架構網路測試方案,獲得數據完成對自適應技術的論證。It takes use of pseudo - random technology, dynamic adaptive technology, multi - channel technology, random position embed technology and so no. so the digital watermarking can resist the physical process of printing and scanning. at the same time, the watermark is binary image which includes a great deal of information, such as personal id, secret information, even a piece of map
本文特別針對印刷和掃描給數字圖像帶來的誤差的問題,設計了一種新的水印演算法,綜合運用了偽隨機處理技術、動態自適應技術、不同應用選擇不用頻帶處理技術、隨機位置嵌入技術、多通道嵌入等技術,使得本文所設計的水印演算法能夠抵抗印刷和掃描的物理轉換過程,同時本文所設計的水印是二值圖像,能夠承載大量的信息,例如個人id 、機密信息、商標標識,甚至可以是一幅地圖。At present, adaptive technique is widely applied in acoustic signal processing field
目前,自適應技術是水聲信號處理領域應用最廣泛的技術。Features include full 10 - bit data processing, high - quality, motion - adaptive deinterlacing up to hdtv 1080i with enhanced low - angle processing, frame - rate conversion, picture - in - picture ( pip ), picture - off - picture ( pop ), high - quality scaling for multi - windows. in addition, the chip offers programmable pixelboost
其主要的功能包括了全10位的數字處理,高品質,採用增強的小角度處理技術和運動自適應技術的高清1080i逐行處理,幀頻轉換,畫中畫,畫外畫,高性能的多窗口縮放。Partial adaptive digital beam forming has the potential for improved time - energy management, and reduced life - cycle costs, and reduced complexity of adbf system, especially in large array antenna used thousands of sensors. this dissertation was part of the national ' s array radar project
對于大型空時自適應陣列天線,採用部分自適應技術( padbf ) ,可以降低陣列自適應演算法的復雜性,產生較快的自適應響應,同時也可極大的降低系統硬體成本。Adaptive modulation scheme for ofdm system
多載波系統中的自適應技術研究Short - wave communication is the most important scheme in military communication. with the fast development of various new technology and new systems, such as dsp technology, micro processing technology, frequency - hopping technology, error correction technology, short - wave communication has already been widely applied in military communication, marine communication, board communication and so on
短波通信是現代軍事通信中最重要的通信手段,隨著隨著數字信號處理( dsp )技術、微處理技術,自適應技術、跳頻技術,糾錯技術,分集技術等各種新技術和新體制的飛速發展,短波通信已廣泛應用在軍事通信、海上通信、機載通信等各方面。Application of auto - increment technique in simulation of rod and wire hot continuous rolling
步長自適應技術在棒線材熱連軋過程模擬中的應用The application of adaptation technology in speech coding
自適應技術在語音編碼中的應用Speaker normalization and novel robust speech feature based on mellin transform
變換的語音新特徵與頻率歸正說話人自適應技術Application and simulation of the adaptive technology in the hopping communication
自適應技術在跳頻通信中的應用及計算機模擬Research on adaptive technique of intrusion detection and system based on mobile agent
移動代理入侵檢測系統中的自適應技術的研究Design of dynamic self - adaptive technology and the realization based on the disc quality
基於光盤質量的動態自適應技術的設計與實現Harq belongs to the link adaptive technology, which is the core to realize the hsdpa proposed by 3gpp
該技術屬于鏈路適應技術,它是實現3gpp建議的快速數據分組接入(即hsdpa )的核心技術。For adapting the time - varying circumstance, many self - adaptation techniques are employed to better control performance
為了適應對象的時變,很多學者都採用自適應技術來改善對象變化對控製品質的影響。As far as linearity and efficiency are concerned, several techniques and theoretical analyses on linearity are extensively demonstrated. hybrid use of linear techniques and adaptation technologies in sdr are fully studied so that it can provides amplify with broadband, high efficiency and linearity. the paper presents a new scheme of an adaptive feedforward correction connected with a predistorter to amplify in sdr
在高效線性放大方面,廣泛討論了射頻功放的幾種線性化技術和非線性理論分析基礎,深入研究了在軟體無線電中組合使用線性化技術和自適應技術以保證寬帶、高效率的線性放大,創新地提出了基於軟體無線電寬帶線性射頻放大的預失真和自適應前饋線性技術結合的方案。By analyzing the design principle, the paper devised an image source signal alternated with black and white strip and it has a good effect. meanwhile, the system demand of imaging link was analyzed, such as light source, lens and camera etc. in addition, the principles of both the correlation algorithm and generalized correlation time delay estimation based on adaptive technology were studied, and a comparison between them was made as well
本文中分析了圖像源信號的設計原則,並設計了一種黑白相間的傾斜條紋圖案作為圖像源信號,獲得了良好的測量效果;分析了測量系統對光源、鏡頭、相機等成像環節的要求;研究了相關演算法和基於自適應技術的廣義相關時延估計法兩種數據處理演算法的原理,並對兩種方法的性能進行了比較。This thesis presents the high resolution numerical simulation methods for multi - fluid dynamics. the main contents include three parts : the first is a set of interface capturing equations deduced to describe the interface evolution, which is suitable for constructing two - order enhanced un - split finite volume scheme and three - order parabolic - piecewise - method ( ppm ) scheme in euler coordinate ; the second is the capabilities of level - set method for tracking multi - fluid interfaces are unproved ; the third is that the computational resolutions are much more advanced by improving adaptive mesh refinement ( amr ) technique
主要研究目的是獲得多介質流體流動的高精度數值模擬方法,主要內容包括界面捕捉方程的推導,適用於euler坐標系的增強型二階精度非維數分裂有限體積計算格式和三階精度ppm格式構造,以及發展改進levelset方法提高捕捉流體界面的能力,發展改進網格自適應技術提高各類方程解的計算精度。Allocative efficiency is a static concept with a given set of institutions ; the key to continuing good economic performance is a flexible shocks to the system
配置效率是一個靜態的概念,有一套給定的制度;保持好的經濟績效的關鍵是靈活的制度矩陣,能調整適應技術的發展、人口的變動以及系統受到的沖擊。Cognitive radio uses spectrum adaptive technology to realize dynamic spectrum allocation, as well as the spectrum testing, channel estimation and prediction, data transmission, and multi - antenna communications technologies
它通過頻譜自適應技術來實現動態頻譜分配,相關技術包括頻譜檢測技術,通道估計與預測技術、數據傳輸技術和多天線通信技術。分享友人