TMI Watch IEEE Transactions on Medical Imaging metadata monitor

Volume 25, Issue 4

18 articles collected from IEEE Xplore web pages.

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I. Sluimer, A. Schilham, M. Prokop, B. van Ginneken

Body Part 身体部位
Lung
Modality 模态
CT
Abstract / 摘要
English

Current computed tomography (CT) technology allows for near isotropic, submillimeter resolution acquisition of the complete chest in a single breath hold. These thin-slice chest scans have become indispensable in thoracic radiology, but have also substantially increased the data load for radiologists. Automating the analysis of such data is, therefore, a necessity and this has created a rapidly developing research area in medical imaging. This paper presents a review of the literature on computer analysis of the lungs in CT scans and addresses segmentation of various pulmonary structures, registration of chest scans, and applications aimed at detection, classification and quantification of chest abnormalities. In addition, research trends and challenges are identified and directions for future research are discussed.

中文

当前的计算机断层扫描(CT)技术允许在单次屏气内获取接近各向同性、亚毫米分辨率的完整胸部图像。这些薄层胸部扫描在胸部放射学中变得不可或缺,但也大大增加了放射科医生的数据负担。因此,自动化分析此类数据成为必要,这催生了一个快速发展的医学影像研究领域。本文综述了CT扫描中肺部计算机分析的文献,涵盖了各种肺部结构的分割、胸部扫描的配准,以及旨在检测、分类和量化胸部异常的应用。此外,还指出了研究趋势和挑战,并讨论了未来的研究方向。

Author Info / 作者信息
I. Sluimer Image Sciences Institute, University Medical Center Utrecht, Utrecht, Netherlands 乌得勒支大学医学中心图像科学研究所,乌得勒支,荷兰
A. Schilham Image Sciences Institute, University Medical Center Utrecht, Utrecht, Netherlands 乌得勒支大学医学中心图像科学研究所,乌得勒支,荷兰
M. Prokop Department of Radiology, University Medical Center Utrecht, Utrecht, Netherlands 乌得勒支大学医学中心放射科,乌得勒支,荷兰
B. van Ginneken The Image Sciences Institute, University Medical Center Utrecht, Utrecht, Netherlands 乌得勒支大学医学中心图像科学研究所,乌得勒支,荷兰

Morphological segmentation and partial volume analysis for volumetry of solid pulmonary lesions in thoracic CT scans

胸部CT扫描中实性肺病变的形态学分割与部分容积分析及其体积测量

J.-M. Kuhnigk, V. Dicken, L. Bornemann, A. Bakai, D. Wormanns, S. Krass, H.-O. Peitgen

Body Part 身体部位
Lung
Modality 模态
CT
Abstract / 摘要
English

Volumetric growth assessment of pulmonary lesions is crucial to both lung cancer screening and oncological therapy monitoring. While several methods for small pulmonary nodules have previously been presented, the segmentation of larger tumors that appear frequently in oncological patients and are more likely to be complexly interconnected with lung morphology has not yet received much attention. W...

中文

肺病变的体积增长评估对于肺癌筛查和肿瘤治疗监测都至关重要。虽然先前已有几种针对小结节的方法被提出,但针对肿瘤患者中频繁出现的较大肿瘤(这些肿瘤更可能与肺部形态复杂交织)的分割尚未得到足够关注。W...

Author Info / 作者信息
J.-M. Kuhnigk Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
V. Dicken Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
L. Bornemann Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
A. Bakai Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
D. Wormanns Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
S. Krass Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
H.-O. Peitgen Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

Image-processing technique for suppressing ribs in chest radiographs by means of massive training artificial neural network (MTANN)

利用大规模训练人工神经网络(MTANN)抑制胸部X光片中肋骨影响的图像处理技术

K. Suzuki, H. Abe, H. MacMahon, K. Doi

Body Part 身体部位
Lung
Modality 模态
X-Ray
Abstract / 摘要
English

When lung nodules overlap with ribs or clavicles in chest radiographs, it can be difficult for radiologists as well as computer-aided diagnostic (CAD) schemes to detect these nodules. In this paper, we developed an image-processing technique for suppressing the contrast of ribs and clavicles in chest radiographs by means of a multiresolution massive training artificial neural network (MTANN). An M...

中文

当肺结节在胸部X光片中与肋骨或锁骨重叠时,放射科医生和计算机辅助诊断(CAD)方案都难以检测这些结节。本文提出了一种利用多分辨率大规模训练人工神经网络(MTANN)抑制胸部X光片中肋骨和锁骨对比度的图像处理技术。提出了一个M...

Author Info / 作者信息
K. Suzuki Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
H. Abe Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
H. MacMahon Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
K. Doi Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

MDCT-based 3-D texture classification of emphysema and early smoking related lung pathologies

基于MDCT的肺气肿和早期吸烟相关肺部病变的三维纹理分类

Ye Xu, M. Sonka, G. McLennan, Junfeng Guo, E.A. Hoffman

Body Part 身体部位
Lung
Modality 模态
CT
Abstract / 摘要
English

Our goal is to enhance the ability to differentiate normal lung from subtle pathologies via multidetector row CT (MDCT) by extending a two-dimensional (2-D) texturebased tissue classification [adaptive multiple feature method (AMFM)] to use three-dimensional (3-D) texture features. We performed MDCT on 34 humans and classified volumes of interest (VOIs) in the MDCT images into five categories: EC,...

中文

我们的目标是通过将二维(2-D)纹理组织分类[自适应多特征方法(AMFM)]扩展到使用三维(3-D)纹理特征,增强通过多排探测器CT(MDCT)区分正常肺与细微病变的能力。我们对34名人类受试者进行了MDCT扫描,并将MDCT图像中的感兴趣区域(VOIs)分为五类:EC,...

Author Info / 作者信息
Ye Xu Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
M. Sonka Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
G. McLennan Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Junfeng Guo Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
E.A. Hoffman Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

On measuring the change in size of pulmonary nodules

关于测量肺结节大小变化

A.P. Reeves, A.B. Chan, D.F. Yankelevitz, C.I. Henschke, B. Kressler, W.J. Kostis

Body Part 身体部位
Lung
Modality 模态
CT
Abstract / 摘要
English

The pulmonary nodule is the most common manifestation of lung cancer, the most deadly of all cancers. Most small pulmonary nodules are benign, however, and currently the growth rate of the nodule provides for one of the most accurate noninvasive methods of determining malignancy. In this paper, we present methods for measuring the change in nodule size from two computed tomography image scans reco...

中文

肺结节是肺癌(所有癌症中最致命的一种)最常见的表现。然而,大多数小结节是良性的,而目前结节的生长率是判断恶性程度最准确的无创方法之一。在本文中,我们提出了通过两次计算机断层扫描图像扫描来测量结节大小变化的方法……

Author Info / 作者信息
A.P. Reeves Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
A.B. Chan Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
D.F. Yankelevitz Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
C.I. Henschke Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
B. Kressler Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
W.J. Kostis Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

Lung motion correction on respiratory gated 3-D PET/CT images

呼吸门控三维PET/CT图像中的肺运动校正

M. Dawood, N. Lang, Xiaoyi Jiang, K.P. Schafers

Body Part 身体部位
Lung
Modality 模态
CTPET
Abstract / 摘要
English

Motion is a source of degradation in positron emission tomography (PET)/computed tomography (CT) images. As the PET images represent the sum of information over the whole respiratory cycle, attenuation correction with the help of CT images may lead to false staging or quantification of the radioactive uptake especially in the case of small tumors. We present an approach avoiding these difficulties...

中文

运动是正电子发射断层扫描(PET)/计算机断层扫描(CT)图像质量下降的一个来源。由于PET图像代表整个呼吸周期内信息的总和,借助CT图像进行衰减校正可能导致放射性摄取的错误分期或量化,尤其是在小肿瘤的情况下。我们提出了一种避免这些困难的方法...

Author Info / 作者信息
M. Dawood Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
N. Lang Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Xiaoyi Jiang Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
K.P. Schafers Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

Local noise weighted filtering for emphysema scoring of low-dose CT images

局部噪声加权滤波用于低剂量CT图像的肺气肿评分

A.M.R. Schilham, B. van Ginneken, H. Gietema, M. Prokop

Body Part 身体部位
Lung
Modality 模态
CT
Abstract / 摘要
English

Computed tomography (CT) has become the new reference standard for quantification of emphysema. The most popular measure of emphysema derived from CT is the pixel index (PI), which expresses the fraction of the lung volume with abnormally low intensity values. As PI is calculated from a single, fixed threshold on intensity, this measure is strongly influenced by noise. This effect shows up clearly...

中文

计算机断层扫描(CT)已成为量化肺气肿的新参考标准。从CT得出的最常用的肺气肿测量指标是像素指数(PI),它表示具有异常低强度值的肺容积分数。由于PI是根据单个固定强度阈值计算的,因此该测量指标受噪声影响很大。这种效应清晰可见...

Author Info / 作者信息
A.M.R. Schilham Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
B. van Ginneken Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
H. Gietema Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
M. Prokop Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

Nonlinear motion correction of respiratory-gated lung SPECT images

呼吸门控肺SPECT图像的非线性运动校正

H. Ue, H. Haneishi, H. Iwanaga, K. Suga

Body Part 身体部位
Lung
Modality 模态
SPECT
Abstract / 摘要
English

We propose a method for correcting the motion of the lungs between different phase images obtained by respiratory-gated single photon emission computed tomography (SPECT). This method is applied to SPECT images that show a preserved activity distribution in the lungs such as 99m-Tc macro aggregated albumin (99m-Tc-MAA) perfusion images and 99m-Tc-Technegas ventilation images. In the proposed metho...

中文

我们提出了一种方法用于校正通过呼吸门控单光子发射计算机断层扫描(SPECT)获得的不同相位图像之间的肺部运动。该方法应用于显示肺部活动分布保持的SPECT图像,例如99m-Tc大颗粒聚合白蛋白(99m-Tc-MAA)灌注图像和99m-Tc-Technegas通气图像。在所提出的方法中...

Author Info / 作者信息
H. Ue Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
H. Haneishi Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
H. Iwanaga Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
K. Suga Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

Patient-specific bronchoscopy visualization through BRDF estimation and disocclusion correction

通过BRDF估计和遮挡校正的患者特定支气管镜可视化

A.J. Chung, F. Deligianni, P. Shah, A. Wells, Guang-Zhong Yang

Body Part 身体部位
Lung
Modality 模态
Endoscopy
Abstract / 摘要
English

This paper presents an image-based method for virtual bronchoscope with photo-realistic rendering. The technique is based on recovering bidirectional reflectance distribution function (BRDF) parameters in an environment where the choice of viewing positions, directions, and illumination conditions are restricted. Video images of bronchoscopy examinations are combined with patient-specific three-di...

中文

本文提出了一种基于图像的虚拟支气管镜方法,实现照片级真实感渲染。该技术基于在观察位置、方向和照明条件受限的环境中恢复双向反射分布函数(BRDF)参数。将支气管镜检查的视频图像与患者特定的三维...

Author Info / 作者信息
A.J. Chung Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
F. Deligianni Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
P. Shah Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
A. Wells Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Guang-Zhong Yang Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

An alternate line erasure and readout (ALER) method for implementing slot-scan imaging technique with a flat-panel detector-initial experiences

一种用于实现平板探测器槽式扫描成像技术的交替行擦除和读出(ALER)方法——初步经验

Xinming Liu, C.C. Shaw, M.C. Altunbas, Tianpeng Wang

Body Part 身体部位
Lung
Modality 模态
X-Ray
Abstract / 摘要
English

This paper describes and demonstrates an electronic collimation method, referred to as the alternate line erasure and readout (ALER) technique, for implementing slot-scan digital radiography technique with an amorphous silicon (a-Si) thin-film transistor (TFT) array based flat-panel detector. An amorphus selenium (a-Se) flat-panel detector was modified to implement the ALER technique for slot-scan...

中文

本文描述并展示了一种电子准直方法,称为交替行擦除和读出(ALER)技术,用于使用基于非晶硅(a-Si)薄膜晶体管(TFT)阵列的平板探测器实现槽式扫描数字放射摄影技术。对非晶硒(a-Se)平板探测器进行了修改,以实现用于槽式扫描的ALER技术……

Author Info / 作者信息
Xinming Liu Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
C.C. Shaw Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
M.C. Altunbas Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
Tianpeng Wang Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

J.M. Reinhardt, B. vanGinneken, M. Sonka

Body Part 身体部位
Lung
Modality 模态
None
Author Info / 作者信息
J.M. Reinhardt Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
B. vanGinneken Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构
M. Sonka Affiliation not provided by IEEE Xplore 机构中文翻译待生成或 IEEE 未提供机构

IEEE San Diego 2006

IEEE 圣地亚哥 2006

Authors pending

Body Part 身体部位
None
Modality 模态
None
Abstract / 摘要
English

Provides notice of upcoming conference events of interest to practitioners and researchers.

中文

提供有关从业者和研究人员感兴趣的即将到来的会议活动的通知。

28th Annual International Conference of the IEEE Engineering in Medicine and Biology Society: Engineering Revolution in BioMedicine

IEEE工程医学与生物学学会第28届年度国际会议:生物医学领域的工程革命

Authors pending

Body Part 身体部位
None
Modality 模态
None
Abstract / 摘要
English

Provides notice of upcoming conference events of interest to practitioners and researchers.

中文

为从业者和研究人员提供即将举行的会议活动的通知。

Blank page [back cover]

空白页[封底]

Authors pending

Body Part 身体部位
None
Modality 模态
None
Abstract / 摘要
English

This page or pages intentionally left blank.

中文

本页或这些页有意留空。

Authors pending

Body Part 身体部位
None
Modality 模态
None
Abstract / 摘要
English

Presents the table of contents for this issue of the periodical.

中文

介绍本期期刊的目录。

Special issue on computational neuroanatomy

计算神经解剖学特刊

Authors pending

Body Part 身体部位
Brain
Modality 模态
None
Abstract / 摘要
English

Provides notice of upcoming special issues of interest to practitioners and researchers.

中文

提供有关即将出版的特刊的通知,供从业者和研究人员参考。

Authors pending

Body Part 身体部位
None
Modality 模态
None
Abstract / 摘要
English

Provides instructions and guidelines to prospective authors who wish to submit manuscripts.

中文

为希望提交手稿的作者提供说明和指南。

Authors pending

Body Part 身体部位
None
Modality 模态
None
Abstract / 摘要
English

Provides a listing of publications staff, current committee members and society officers.

中文

提供出版工作人员、现任委员会成员及学会官员的列表。

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