biomedical data 中文意思是什麼

biomedical data 解釋
生物醫學數據
  • biomedical : adj. 生物（學和）醫學的。
  • data : n 1 資料，材料〈此詞系 datum 的復數。但 datum 罕用，一般即以 data 作為集合詞，在口語中往往用單數...
  1. This subject is with ovid ( journals ovid full text ) data base an example with two domestic biomedical information full text biomedicine electronic periodical that circle use often most these, proquest of umi, search to it characteristic, discipline distribute, sci, etc., that authoritative data base includes than serious, and jcr periodical influence factor analyze a lot of go on and appraised and study, can purchase the reference of offering of the department in order to expect the analysis result of a subject for readers and electronic periodical, do some exposition on appraisal of the electronic periodical of medical science of foreign language at the same time

    本課題以ovid和umi這兩種國內生物醫學情報界最常使用的全文生物醫學電子期刊數據庫為例，對其檢索特性、學科分佈、被sci等權威數據庫收錄的比重，以及jcr期刊影響因子分析等多個方面進行了評價研究，以期望本課題的分析結果能給讀者和電子期刊采購部門提供參考，同時對外文醫學電子期刊的評價研究作些闡述。
  2. In many fields such as chemical engineering, biomedical engineering, and so on, many internal mechanisms of objects subject to research can hardly be recognized. however, observation data, which reflect the values of dependent variables changing with respect to the corresponding values of independent variables, can be obtained through experiments, and then be used to model the involved object, which is qualitatively describe the relationships between the dependent and independent variables

    科學技術的發展使人們對客觀世界不斷要求更為深入的認識，然而在許多領域，如化學化工、生物醫學等，仍有許多對象的內在機理暫時還難以為人們所了解，但人們仍迫切需要了解和研究它們的自變量和因變量間的定量關系。
  3. The acquisition and processing of biomedical signals is an important branch of the biomedical engineering, it provides the essential data for basic research and clinical diagnosis, analysis of biomedical engineering

    生物醫學信號的採集處理是生物醫學工程學中的重要分支，它為生物醫學基礎研究和臨床診斷、分析提供必需的數據。
  4. Febrl ( freely extensible biomedical record linkage ) does data standardisation ( segmentation and cleaning ) and probabilistic record linkage ( " fuzzy " matching ) of one or more files or data sources which do not share a unique record key or identifier

    進行數據標準化（分割和清除）概率性的記錄一個或多個文件或數據源聯接，這些聯接沒有共享一個唯一的記錄鍵或標識符。
  5. Febrl - febrl ( freely extensible biomedical record linkage ) does data standardisation ( segmentation and cleaning ) and probabilistic record linkage ( " fuzzy " matching ) of one or more files or data sources which do not share a unique record key or identifier

    進行數據標準化（分割和清除）概率性的記錄一個或多個文件或數據源聯接，這些聯接沒有共享一個唯一的記錄鍵或標識符。
  6. We will also examine knowledge representation schemes for capturing biomedical domain complexity and principles of data modeling for efficient storage and retrieval

    我們也將檢視能涵蓋生物醫學領域復雜度的知識表現方案，以及能夠有效存取的資料模型。
  7. National center for biotechnology information ( ncb ) i creates public databases, conducts research in computational biology, develops software tools for analyzing genome data, and disseminates biomedical information

    國家生物科技資訊中心創造了公用資料庫，進行計算生物學的研究，發展分析基因資料的軟體工具，並傳播生醫資訊。
  8. Based on the advanced and popular portable instrument ’ s kernel technology along with the embedded operational system such as windowsce system platform, aiming at human ’ s biomedical signal ? measure of blood pressure parameter, with the msp430 microprocessor which has powerful ability of transaction and achievement the real - time data pick and process. on up - computer, using platform builder tool customizing the windows ce platform using the vc programming language finishing the application software to multi - parameter monitor, the whole system achieving the data ’ s sample, real time disposal, analysis, display, store and communication of biomedical signal and imitate the system

    整個應用系統基於目前流行的便攜式儀器的核心技術- windowsce系統平臺，針對人體的生物醫學信號（血壓參數的測量） ，運用處理能力強大的msp430單片機對實時數據進行採集、處理，在上位機部分用platformbuilder工具定製了windowsce平臺，利用vc語言編寫了多參數監護儀的應用軟體，在數據採集、處理模塊中，針對血壓脈搏波這種生物醫學信號特點，合理運用msp430單片機硬體資源及其功能特性對採集的數據進行有效的數據濾波處理，得到了有效的血壓生理參數。
  9. Experiments are presented that demonstrate the approach registering multi - modal biomedical image using the data base of vanderbilt university, usa

    隨后，我們採用美國vanderbilt大學的多模態的醫學圖像數據庫中的圖像數據，對我們的演算法進行了測試。
  10. This course introduces abstraction as an important mechanism for problem decomposition and solution formulation in the biomedical domain, and examines computer representation, storage, retrieval, and manipulation of biomedical data

    本課程將介紹抽象化，該主題為生物醫學領域中分析問題與規劃解決方法的一個重要機制，同時也將檢視電腦如何表現、儲存、擷取、及處理生物醫學資料。
  11. The main design work as follow : four biomedical analog signals input channels " design ; the design of at89c51 microprocessor system which can change the sampling rate ; the dma interfacing circuit design by which the sampling data enter the computer ; the interfacing circuit design between pc and signal amplifier, and the reliability and anti - interference design of this system, etc

    具體設計內容包括：四路生物醫學模擬信號輸入通道設計；以at89c51為核心的可實現采樣速率程式控制調整的微處理器系統設計；采樣數據進入pc機的dma介面電路設計； pc機與生物信號放大器之間聯系的介面電路設計；以及系統的可靠性和抗干擾設計等。
  12. To solve these problems, an effective presentation of the biomedical signals is needed, terainologically called data compression, so the research on biomedical signals compression has great significance both in theory and application

    要解決這些問題，關鍵就在於如何有效地壓縮信號的數據量以滿足實際應用的要求，因此生物醫學信號壓縮技術的研究無論在理論上還是在實際應用中都具有重要的價值與意義。
  13. In this dissertation, the author mainly undertakes the design of the data acquisition circuit board for biomedical signals

    在本文中，作者主要負責用於生物醫學信號的多通道數據採集板的研究與設計工作。
  14. Dsp - based real - time high - speed data acquisition and process system for biomedical signal

    的生物醫學信號高速實時數據採集與處理系統
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