frequency memory 中文意思是什麼
frequency memory
解釋
儲頻裝置-
A common data acquisition card can be used on laboratory virtual instrument engineering workbench through designing the external interface between labview and common date acquisition card on the software design ; used the idea of the double buffer and direct memory access, a real time data acquisition and logging about the succession, big capacitance leakage current is realized ; a digital filter is designed to filter high frequency signals
在軟體設計上，設計了與普通數據採集卡的介面，實現了在labview環境中應用普通數據採集卡的功能；運用雙緩沖和內存直接映射的設計方法實現對連續、大容量泄漏電流信號的實時採集和存儲；設計了數字濾波器對採集后的原始數據濾去高頻干擾。 -
In the optimization design of advanced router, since it exists hol blocking in iq program, and when the number of ports is large or the line rate is very high, the present memory cannot have so fast frequency in oq program, so cioq program is adopted now
在路由器的優化設計中，由於輸入端排隊方案存在隊首堵塞且輸出端排隊方案在主幹網上存在加速過高而現有的內存頻率跟不上的弊端，所以現在採用了組合輸入輸出端排隊方案。 -
It has wide frequency width and high frequency relution. the maximum output frequency can get to 80m and the highest frequency relution can get to 1 u hz, the waveform memory is 64k. it has the important reference value for three classical structures - pc bus card, stand alone, vxi module
該任意波形發生器不僅能產生正弦波，方波，三角波等常用的標準信號，還可根據用戶的需要生成任意波形，具有寬頻帶，高的頻率解析度等特點，其波形最高輸出頻率可達80m ，頻率解析度可達1 hz ，波形最大存儲深度為64k ，對于目前三種典型的任意波形發生器的結構? pc總線插卡式，獨立儀器， vxi模塊都有重要的參考價值。 -
The main technique of solid state memory system include the techniques of design for reliable and lower power dissipation and valid data sampling, data framing and encoding, data storing and retrieving on high speed, data disturbing and frequency difference processing
星載固存系統設計的主要技術包括可靠性設計、低功耗設計、有效數據采樣、數據組幀編碼、數據高速存儲及回放，數據加擾，輸入輸出頻差兼容設計等技術。 -
Increasing the frequency of edits ? defined here as a change from one camera angle to another in the same visual scene ? improved memory recognition, presumably because it focused attention on the screen
增加剪接的頻率（這里的定義是針對同樣的場景中，從一個拍攝角度轉換到另一個拍攝角度）將提升收視者對節目的記憶力，因為他們會把注意力集中在螢幕上。 -
An apparatus and method having a de - interleaving memory and a controller is used for de - interleaving interleaved data in a coded orthogonal frequency division multiplexing receiver
正交編碼分頻多工接收器中一種具有一反交錯記憶體和一控制器，而用來將已交錯資料反交錯的裝置與方法。 -
By using the de - interleaving memory combined with memory address computation for the interleaved data, frequency de - interleaving, block de - interleaving and time de - interleaving are performed in one - stage approach in the cofdm receiver
藉由利用反交錯記憶體結合對該記憶體存取位址的計算，頻域反交錯、區塊反交錯與時域反交錯在正交編碼分頻多工接收器中以單一階段技術來執行。 -
Applying rfid ( radio frequency identification ) tag in object network, compare to conventional bar code, and the rfid tag has several advantages. such as faster scanning, repeatedly using, un - obstacle reading, huge memory capability, security
將rfid （ radiofrequencyidentification ）標簽應用在物聯網中，與傳統條碼相比，它有快速掃描，重復使用，無障礙閱讀，記憶的數據容量大，安全等優點。 -
As the frequency of data query is far more than that of data update, the model processes the data query and update separately and applies the main memory database technology in the data query model, which improves the efficiency of simultaneous data accessing
在該體系結構中，針對數據查詢遠多於數據更新的特點，將數據存取分為數據查詢與數據維護兩個獨立模塊，同時將內存數據庫技術應用於數據存取中間件的查詢模塊，從而提高了多用戶並發訪問速度。 -
Theoretical analysis and simulation results demonstrate that asymmetries in lower and upper sidebands and imd magnitude variation depending on envelope frequency and junction temperature can appear, these results are in accordance with measurement results, and show that electrical and thermal memory effects exist
理論分析和模擬結果表明功率放大器上下邊帶不平衡和互調失真幅度依賴于包絡頻率和結溫，結果和測量的結果是一致的，說明存在電和熱記憶效應。 -
On one hand, although the traditional methods to solve the electromagnetic scattering form the target by the so called high frequency methods such as po ( physical optics ), go ( geometry optics ), have the less memory and computational requirement, they also have the fatal defection that the accuracy of these methods are too poor to use in real applications
一方面傳統的高頻電磁分析方法雖然計算較快，內存需求較低。但是其存在的致命缺陷是計算結果精度較低，在許多場合下的計算結果的精度遠遠不能達到應用的要求。另一方面基於積分方程的多層快速多極子方法是一種求解電磁散射問題的快速演算法。 -
Based on these, it is discussed how to realize and simplify it in dsp system. the primary parameters of the hardware system are also estimated such as sample frequency, calculation period and the amount of memory
並在此基礎上，分析了該演算法在dsp處理器中的實現以及運算量的初步簡化，估算了該波束形成演算法所要求的硬體系統載荷? ?運算量（計算周期） 、采樣率以及數據存儲量。 -
Cursor measurement, 6 digit frequency counter, 10 sets memory for front panel setting save recall gos - 6031 6051
游標量測， 6位數頻率計數器， 10組記憶組可作面板設定值儲存及呼叫功能gos - 6031 6051 -
There are several advanced functions in control system of fed driving based on fpga. the special al875 can support multi - display format from qvga 、 vga 、 svga to xga in the digital rgb graphics and video frequency. using vga interface and d / a conversion technology, it can monitor data signal and control signal real time. the control of buffer storage carry out seamless link by double frame memory refurbish. osd can control menu and text to adjust state by double display
完成的基於fpga的新型fed驅動控制系統具有幾種先進的功能:採用專用於rgb圖形/視頻信號數字化的al875晶元，可以支持從qvga 、 vga 、 svga到xga的多種解析度的顯示格式;採用vga介面技術和d / a轉換技術，用於實時監控整個系統中的圖像數據信號和控制信號;採用乒乓刷新控制機制對緩存進行控制，實現數據讀寫操作的無縫連接;採用osd在屏顯示單元，實現控制菜單、文本在屏幕上的疊加顯示。 -
This paper analyzes and compares the computation and memory requirement between the two method of estimating doppler center in time domain and frequency domain
本文分析比較了時域與頻域方法估計多普勒中心對運算量與存儲量的要求，得出時域法實現多普勒中心更適合實時系統。 -
Such limit is not due to the method itself, but is due to the limits of the speed and memory of computers. at present, we mainly use the high - frequency approximate method to analyze the electrical - large size target whose shape is relatively regular
矩量法不適于分析電大尺寸的物體，這種限制不是由於方法本身，而是碩士學位論文凡1入ster 』 5th卜515由於計算機速度與存儲能力的限制。目前主要採用高頻近似方法來研究電尺寸較大而形狀相對規則的目標。 -
The general statistical results of the study indicated that chinese high school students in general employed a variety of learning strategies to study english at a medium frequency level. compensation strategy, metacognitive strategy and cognitive strategy received relatively higher level of usage, while memory, affective and social strategy were reported to be used less frequently. to find out whether there is any difference in strategy use among high, middle and low proficiency students, anova was employed to analyze the variance of learning strategies among groups of different proficiency
在比較高中低分組策略運用和高考成績之間的關系時，我們發現高考成績高分、中分和低分組的學生在使用認知、補救、元認知、社會策略時有顯著差異，英語成績高的學生在使用這些策略的頻率上顯著高於低成績組的學生，而在記憶策略和情感策略的運用頻率雖無顯著差異，但也是高分組高於低分組。 -
Effect of low - frequency repetitive transcranial magnetic stimulation on spatial memory in rats
低頻率重復性經顱磁刺激對大鼠空間記憶的影響 -
Digital technology : also called the digital sound recording technology, is through the computer in digital audio frequency connection, the tonic train signaling, inducts the computer, transcribes the profile document to carry on the memory, again according to needs to carry on the edition through the multi - axle sound recording software combines full document which we need, finally outputs again transcribes cd or other audio frequency form
數字技術又稱數碼錄音技術，是通過計算機中的數字音頻介面，將話筒或其他音頻信號導入計算機，錄製成波形文件進行存儲，再通過多軌錄音軟體按照需要進行編輯，組合成我們需要的完整文件，最後輸出錄製成cd或其他音頻格式。 -
Comparing with the image watermarking, the audio watermarking have a few characteristics : 1. comparing with the visual media, audio frequency signal has less sampling points at every time interval. 2. owing to human audition systems, it is more sensitive than human vision systems, therefore, it is more trouble to realize the imperceptibility of audition compared to the vision systems. 3. to stick up to the cut attack, embedded watermark should keep synchronization. 4. because of the bigger memory payload of audio frequency signal, the initial audio frequency signal must be removed during the extract in order to protect the maneuverability of project
數字水印技術是近幾年來學術界興起的一個前沿研究領域，提高演算法的魯棒性、安全性、實用性是數字水印的研究方向。本文提出的基於可視密碼術的小波域下量化系數的魯棒性音頻數字水印方案，其優點在於利用小波變換的多解析度特性在保證水印魯棒性的同時使水印對原始音頻信號的影響達到最小，採用量化系數的方法嵌入水印信息實現了盲水印，提高水印的工程應用價值。
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