『徳島大学 教育・研究者情報データベース (EDB)』---[学外] /
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EID=99130EID:99130, Map:0, LastModified:2012年12月20日(木) 11:11:05, Operator:[松井 栄里], Avail:TRUE, Censor:0, Owner:[[学科長]/[徳島大学.工学部.電気電子工学科]], Read:継承, Write:継承, Delete:継承.
種別 (必須): 学術論文 (審査論文) [継承]
言語 (必須): 英語 [継承]
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審査 (推奨): Peer Review [継承]
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組織 (推奨): 1.徳島大学.工学部.電気電子工学科.電気電子システム講座 [継承]
著者 (必須): 1.趙 学麗
役割 (任意): 共著 [継承]
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2.木内 陽介
役割 (任意): 共著 [継承]
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3.安野 恵実子 ([阿南工業高等専門学校.制御情報工学科]/[徳島大学.工学研究科.システム工学専攻])
役割 (任意): 共著 [継承]
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4. (英) Gao Dayong (日) 高 大勇 (読) がお たーよん
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5.入谷 忠光
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6.森本 忠興
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7.竹内 美惠子
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題名 (必須): (英) A New Method for Noninvasive Measurement of Multilayer Tissue Conductivity and Structure Using Divided Electrodes  (日)    [継承]
副題 (任意):
要約 (任意): (英) This paper outlines a new method for measuring multilayer tissue conductivity and structure by using divided electrodes, in which current electrodes are divided into several parts. Our purpose is to estimate the multilayer tissue structure and the conductivity distribution in a cross section of the local tissue by using bioresistance data measured noninvasively. The effect of the new method is assessed by computer simulations using a typical two-dimensional (2-D) model. In this paper, the conductivity distribution in the model is analyzed based on a finite difference method (FDM) and a steepest descent method (SDM). Simulation results show that the conductivity values of skin, fat, and muscle layers can be estimated with an error of less than 0.1%. When random noise at various levels is added to the measured resistance values, estimates of the conductivity values for skin, fat, and muscle layers are still reasonably precise: their root mean square errors are about 1.06%, 1.39%, and 1.61% for 10% noise. In a 2-D model, increasing the number of divided electrodes permits simultaneous estimates of tissue structure and conductivity distribution. Optimal configuration for divided electrodes is examined in terms of dividing pattern.  (日)    [継承]
キーワード (推奨): 1. (英) Adipose Tissue (日) (読) [継承]
2. (英) Algorithms (日) (読) [継承]
3. (英) Animals (日) (読) [継承]
4. (英) Computer Simulation (日) (読) [継承]
5. (英) Electric Conductivity (日) (読) [継承]
6. (英) Electrodes (日) (読) [継承]
7. (英) Humans (日) (読) [継承]
8. (英) Models, Biological (日) (読) [継承]
9. (英) Muscle, Skeletal (日) (読) [継承]
10. (英) Reproducibility of Results (日) (読) [継承]
11. (英) Sensitivity and Specificity (日) (読) [継承]
12. (英) Skin Physiological Phenomena (日) (読) [継承]
13. (英) Tomography (日) (読) [継承]
発行所 (推奨): IEEE [継承]
誌名 (必須): IEEE Transactions on Biomedical Engineering ([IEEE])
(pISSN: 0018-9294)

ISSN (任意): 0018-9294
ISSN: 0018-9294 (pISSN: 0018-9294, eISSN: 1558-2531)
Title: IEEE transactions on bio-medical engineering
Title(ISO): IEEE Trans Biomed Eng
Publisher: IEEE
 (NLM Catalog  (IEEE  (Scopus  (CrossRef (Scopus information is found. [need login])
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(必須): 51 [継承]
(必須): 2 [継承]
(必須): 362 370 [継承]
都市 (任意): ニュージャージー (New Jersey/[アメリカ合衆国]) [継承]
年月日 (必須): 西暦 2004年 2月 初日 (平成 16年 2月 初日) [継承]
URL (任意):
DOI (任意): 10.1109/TBME.2003.820403    (→Scopusで検索) [継承]
PMID (任意): 14765709    (→Scopusで検索) [継承]
NAID (任意): 80016409226 [継承]
WOS (任意): 000188296000017 [継承]
Scopus (任意):
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備考 (任意): 1.(英) Article.Affiliation: Laboratory of Biomedical Engineering, Institut de recherches cliniques de Montreal, 110 Avenue des Pins O, Montreal, QC, H2W 1R7, Canada. Xueli.Zhao@ICRM.qc.ca  (日)    [継承]
2.(英) Article.PublicationTypeList.PublicationType: Comparative Study  (日)    [継承]
3.(英) Article.PublicationTypeList.PublicationType: Evaluation Studies  (日)    [継承]
4.(英) Article.PublicationTypeList.PublicationType: Journal Article  (日)    [継承]
5.(英) Article.PublicationTypeList.PublicationType: Validation Studies  (日)    [継承]

標準的な表示

和文冊子 ● Xueli Zhao, Yohsuke Kinouchi, Emiko Yasuno, Dayong Gao, Tadamitsu Iritani, Tadaoki Morimoto and Mieko Takeuchi : A New Method for Noninvasive Measurement of Multilayer Tissue Conductivity and Structure Using Divided Electrodes, IEEE Transactions on Biomedical Engineering, Vol.51, No.2, 362-370, 2004.
欧文冊子 ● Xueli Zhao, Yohsuke Kinouchi, Emiko Yasuno, Dayong Gao, Tadamitsu Iritani, Tadaoki Morimoto and Mieko Takeuchi : A New Method for Noninvasive Measurement of Multilayer Tissue Conductivity and Structure Using Divided Electrodes, IEEE Transactions on Biomedical Engineering, Vol.51, No.2, 362-370, 2004.

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