無損壓縮 的英文怎麼說

中文拼音 [sǔnsuō]
無損壓縮 英文
lossless compression
  • : 無Ⅰ動詞(沒有) not have; there is not; be without Ⅱ名詞1 (沒有) nothing; nil 2 (姓氏) a surn...
  • : Ⅰ動詞1 (減少) decrease; lose 2 (損害) harm; damage 3 [方言] (用尖刻的話挖苦人) speak sarcas...
  • : 壓構詞成分。
  • : 縮構詞成分。
  • 無損 : lossless
  1. Experimental results show that the model achieves higher lossless compression rate of image than lossless spiht and lossless ebcot used in jpeg2000

    實驗結果表明,利用這種模型獲得的平均無損壓縮比高於spiht和用於jpeg2000的ebcot 。
  2. The second chapter explains the character of mfl data by introducing the principle of pipeline mfl inspection and the structure of mfl detector, and then brings forward the diagnostically lossless compression request by combine discuss the analyzing method of inspection results

    第二章通過對管道漏磁檢測原理和檢測器結構的介紹,說明漏磁檢測數據的特徵並結合檢測結果的分析方法提出對管道漏磁檢測數據的檢測無損壓縮要求。
  3. The fifth chapter use huffman coding method of the row difference data and lifting wavelet transform and spiht ( set partitioning in hierarchical tree ) coding method to realize the diagnostically compression of mfl data by judging the significance of data using changing threshold and dynamic area threshold of mfl data

    在第五章通過數據變化閾值和數據動態范圍閾值判斷數據重要性,分別採用行差分數據的霍夫曼編碼方法以及提升小波變換和層次樹集分割( spiht )編碼方法實現了數據的檢測無損壓縮
  4. At last, an ecg distortionless data compression algorithm is proposed in this paper. this algorithm is brief, effective and easy to be processed at real time by single - chip microcomputer

    最後,提出了一種心電數據的無損壓縮編碼方法,該演算法簡單有效,利於單片機實時實現。
  5. Ab stract the author is engaged in the studying and manufacturing of an intelligent, capable and portable, multifuctional electrocardio monitoring equipment with aduc8 12 single - chip. microcomputer. the equipment can gather and record the electrocardio signals automatically, also can analyse it at real time, and send it out to the monitoring center through the telephone at real time or send it out by serial interfaces to computer. it use the graph display device to show the electrocardio waves and menu. cooperated with buttons, it provides amicable interface, and makes operation simple and convenient. based on the feature of the electrocardio signals, this paper also proposes a electrocardio distortionless data compression algorithm. the algorithn is simple but effective, it can process the data at real time, and the compression - ratio reaches 2 6

    所研製的監護儀能長時間採集和記錄心電信號,同時可進行心電數據的實時分析,並可通過電話向監護中心實時發送,也可通過串列介面發送至微機。該監護儀採用圖形液晶顯示器顯示心電波形和菜單,配合按鍵提供友好的人機界面,操作簡潔。本文還根據心電波形的特徵,提出一種心電數據的無損壓縮演算法,該演算法簡單有效,能實時實現,比達到2 6倍。
  6. By using storage space with an given ip address and lossless image compression method, a teleimage reading system is realized sucessfully, especially the linkage of different imaing equipment with our system and the technique of downloading and uploading

    最終提出了採用固定ip地址中間存儲空間和恰當無損壓縮以建立院間pacs系統的工作思路,進行利用ftp和公眾網( adsl )技術實現了遠程圖片讀片系統。
  7. The hdcd " code " is transmitted in " inaudible " portions of the standard 16bit redbook stream. eac + flac should capture everything

    簡單翻譯就是, hdcd編碼藏在標準16位數據流(紅皮書定義)中的法聽到的部分。 eac抓軌加flac無損壓縮,可以獲取一切數據。
  8. This scheme adapts to hardware implementation too. using the scheme given by this paper relatively satisfying result is gained, comparing with jpeg and single adaptive huffman compression

    與應用jpeg的無損壓縮和單趟的自適應huffman方法比較,得出了較為令人滿意的結果。
  9. The dissertation combine the theory, with using integers dct transform to realize grey image lossless compress with the method of reversible color space integers transform and reversible integers dpcm prediction to realize lossless compress from grey image to color image with huffman coding method via visual c + + program

    本文借鑒整數dct變換實現灰度圖像無損壓縮的理論研究成果,將其與可逆的顏色空間整數變換和可逆的整數dpcm預測相結合,採用哈夫曼編碼方法,用vc編程實現了從灰度圖像到彩色圖像的無損壓縮
  10. According to the characteristics of pipeline leak signals that the influence degrees of burst interference noises are various in each local area, this paper optimizes the uniform quantization to be adaptable, and proposes an adaptive quantization

    根據管道泄漏信號局部區域受到突發干擾噪聲影響程度的不同,本文進一步優化均勻量化器,將其改進為自適應量化器,提出了基於突發干擾噪聲的自適應量化近無損壓縮演算法。
  11. When the quantization error is 5, the compressed average bit reach 4. 8612, i. e. the compression ratio is 2. 47, which overcomes the limitation that the compression ratio is difficult to exceed 2

    實驗結果表明,在量化誤差設定為= 5時近無損壓縮后的平均位數降低到4 . 8612bits ,即比達到了2 . 47 ,突破了無損壓縮難以達到2倍比的局限。
  12. How do i handle lossless and lossy compression

    怎麼處理無損壓縮和有
  13. An image compression algorithm based on integer wavelet transform

    基於整數小波變換的圖像無損壓縮方法
  14. Lossless compression of still images based on fuzzy - combination prediction

    基於模糊混合預測的靜態圖像無損壓縮
  15. Fast multi - level clustering lossless compression algorithm for remotely sensed images

    多層次快速聚類的遙感圖象無損壓縮
  16. Analysis and improvement of timing control system of magnetic flux compression generator

    基於多預測器的高光譜圖像無損壓縮
  17. The noise coding and noiseless coding are main parts of data compression technology

    數據技術主要分為無損壓縮和有
  18. An inquirt into image compression and coding technique and the method non - loss compression

    圖像編碼技術及無損壓縮方法的探討
  19. Lossless compression algorithm for medical image based on integer wavelet transform and dpcm

    與整數小波變換結合的醫學圖像無損壓縮演算法
  20. Context modeling is a key point in compression algorithm designing

    Context模型是無損壓縮演算法設計中關鍵部分,它對演算法性能至關重要。
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