guard frequency 中文意思是什麼

guard frequency 解釋
防相互干擾波段的頻率
  • guard : n 1 警衛;警戒;看守。2 防衛者;看守者;哨兵,衛兵,〈集合詞〉警衛隊;〈the G 〉 (英國等的)皇家...
  • frequency : n. 1. 屢次,頻仍,頻繁。2. (脈搏等的)次數,出現率;頻度;【物理學】頻率,周率。
  1. The bottom guard band clipping region is the region outside of the viewport range in which the device can accept screen coordinates ; because the device can accept triangles that are partially or totally off - screen and within the guard band clipping region, the frequency of cpu - intensive clipping calculations can be reduced

    底部保護帶剪輯區域是視區范圍外的一個區域,在此區域設備可接受屏幕坐標;因為設備可以接受部分離屏或全部離屏但處于保護帶剪輯區域的三角形,所以,可以減少大量佔用cpu的剪輯計算的發生頻率。
  2. A right guard clipping region is the region outside of the viewport range in which the device can accept screen coordinates ; because the device can accept triangles that are partially or totally off - screen and within the guard band clipping region, the frequency of cpu - intensive clipping calculations can be reduced

    右保護帶剪輯區域是視區范圍外的一個區域,在此區域設備可接受屏幕坐標;因為設備可以接受部分離屏或全部離屏但處于保護帶剪輯區域的三角形,所以,可以減少大量佔用cpu的剪輯計算的發生頻率。
  3. The left guard clipping region is the outside of the viewport range in which the device can accept screen coordinates ; because the device can accept triangles that are partially or totally off - screen and within the guard band clipping region, the frequency of cpu - intensive clipping calculations can be reduced

    左保護帶剪輯區域是視區范圍外的一個區域,在此區域設備可接受屏幕坐標;因為設備可以接受部分離屏或全部離屏但處于保護帶剪輯區域的三角形,所以,可以減少大量佔用cpu的剪輯計算的發生頻率。
  4. Nian green wubi a significant benefit is the support gbk chinese characters, like the cantonese, the company - and shi, what, ye, 1, 10, de, xi, ge, li, expense and chanting, luo, shan, men, gua full, and so are the characters commonly used included ; second, avoid weight code in the premise, canada to a lot of terms, such as netizen, websites, programs, rookie, sound card, pupa, acer, cords easy, tencent, the site, see the, nokia, mobile phones, guard, zhu rongji, vladimir putin, wang jie, li yu, liu yong, north island, leza, fen, chechnya, east timor, chao, the euro, good, so on ; for some the word order in accordance with commonly used frequency also made corresponding adjustments, such as " problem " to " always " is one example, while some " dacron, " and the problems left over from history are returned to the history

    念青五筆一個顯著的好處是支持gbk漢字,像粵語中的? 、 ? 、 ? 、乜、 ? 、 ? 、 ? 、 ? 、 ? 、 ? 、 ? 、念、 ? 、 ? 、 ? 、 ?等常用字都有悉數收錄;其次,在避免重碼的前提下,加入了大量詞目,諸如網友、網站、程式、菜鳥、聲卡、蒲吧、宏基、索易、騰訊、站點、見工、諾基亞、手機、后衛、朱?基、普京、王傑、李煜、柳永、北島、哪吒、粉腸、車臣、東帝汶、炒匯、歐元、利好等,不一而足;對於一些詞序的排列也依據常用頻率作出了相應調整,如「問題」之於「總是」即是一例,而一些「的確良」之類的歷史遺留問題則歸還給歷史了。
  5. The modern retail trade develops changes with each new day, when the civil air defense, the video frequency monitoring ordinary guards against damages the management method starts to display narrow and cramped, when the stealing japan zhejiang method wise specialized is highly effective, the eas system the important management tool which guards against as the thing, rapidly is listed as each big retail trade to sell the field to guard against damages the management the necessary facility

    現代零售業發展日新月異,當人防、視頻監控普通的防損管理手段開始表現出狹隘和局促時,當盜竊者日浙手段高明專業高效時, eas系統作為物防的重要管理工具,迅速被列為各大零售業賣場防損管理的必備設施。
  6. The top guard - band clipping region is the region outside of the viewport range in which the device can accept screen coordinates ; because the device can accept triangles that are partially or totally off - screen and within the guard - band clipping region, the frequency of cpu - intensive clipping calculations can be reduced

    頂部保護帶剪輯區域是視區范圍外的一個區域,在此區域設備可接受屏幕坐標;因為設備可以接受部分離屏或全部離屏但處于保護帶剪輯區域的三角形,所以,可以減少大量佔用cpu的剪輯計算的發生頻率。
  7. Based on the coherent reception theory of radio signals and the theory of digital signal processing, the effects of carrier frequency offset, sampling clock offset, and symbol timing offset on ofdm signals are exploited. a series of amendments and new algorithms is derived from the in being algorithms of guard interval based symbol timing and frequency offset estimation, frequency - domain frequency offset, sampling offset, and symbol timing offset estimation

    以無線信號的相干接收和數字信號處理理論為基礎,就載波頻偏、采樣鐘偏差和符號定時偏差對ofdm信號的影響進行了分析,對基於保護間隔的符號定時與載波頻偏估計演算法和多種現有頻偏、采樣鐘與符號定時偏差的頻域估計演算法進行了研究,提出了一系列改進措施與新演算法。
  8. However, to the essential of communication technology, those techniques are all change in transmission medium or channel. recently, because of the development of dsp, ifft / fft, 46 / 128 / 256qam using in high - speed modem, and gradual introduction of new coding technique, soft decision technique, channel self - adapting, guard interval, ofdm ( orthogonal frequency division multiplexing ) arouse more and more attention. as a technology of high - speed transmission, ofdm can resist isi effectively

    近年來,隨著dsp晶元技術的發展,傅立葉變換反變換、高速modem採用的64 128 256qam技術、柵格編碼技術、軟判決技術、通道自適應技術、插入保護時段、減少均衡計算量等成熟技術的逐步引入,正交頻分復用ofdm ( orthogonalfrequencydivisionmultiplexing )作為一種可以有效對抗信號波形間干擾的高速傳輸技術,引起了廣泛關注。
  9. Characterization of stomatal frequency, stomatal index and guard cell length stomatal characteristics appear to be related to variations in net photosynthetic rate and water - use efficiency ( sellers et al, 1996 ). here, the stomatal frequency, the guard - cell length and the stomatal index of non - leaf organs were investigated comparatively between the ear and the leaf of wheat. the results showed that stomatal frequency of non - leaf organs is significantly lower than that of leaves, whereas the guard - cell length and stomatal index showed different variation patterns in both leaves and non - leaf organs

    另外,本文還著重討論了非葉器官氣孔頻度對作物光合作用的影響,並提出了在非葉器官中可能存在與此相適應的未知的光合類型葉綠體是作物進行光合作用的場所,通過對小麥、水稻非葉器官及功能葉葉綠體超微結構的比較研究,發現非葉器官單個光合細胞中葉綠體的數量較少,體積也較小。
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