搜索资源列表
fbp
- 滤波反投影CT图像重建算法 filter-backproject reconstruction, including feldkamp (FDK) cone beam-Filter back projection algorithm for CT image reconstruction filter-backproject reconstruction, including feldkamp (FDK) cone beam
ICT
- 本文为图像重建的研究论文,题目为工业CT图像重建算法的计算机模拟的研究-In this paper, for image reconstruction of the research papers, the subject of industrial CT image reconstruction algorithm of the computer simulation study
mlem
- 关于最大似然重建方法的实现，可用于tomography reconstruction-This is the code for maximum likelihood expectation maximum reconstruction method which is frequently applied in tomography reconstruction, such as CT and PET
sw
- 研究了基于医学图像的三维重建, 从一系列二维断层医学图像中重构出三维实体, 以便满足医学应用。-Based on the three-dimensional reconstruction of medical images from a series of two-dimensional CT reconstruction of medical images in a three-dimensional entities, in order to meet the medical applica
CTimagereconstruct
- 由得到的各个不同方向的CT扫描数据重建出被扫描图像的二维平面图-reconstruct the CT picture according the data got by the X-rays machine in different angles
learnct
- 可以针对不哦那个体模进行ct重建以及图像变换。-learn ct
equidistant
- 本程序实现了CT系统在锥形束等距投影情况下，2D图像的重建-This procedure achieved a cone-beam CT system in the case of isometric projection, 2D image reconstruction
Image-Reconstruction
- 运用滤波反投影的方法对所输图像进行重建，其中可以对图像的滤波和插值进行选择。-Using filtered back-projection method for the reconstruction of the input images, which can filter and interpolation of images to choose.
CTsl
- 以前做课程设计时写的医学CT图像重建程序。 首先模拟CT工作原理，以图A为对象，模拟CT中的射线从各个方向穿过A得到数据，然后用这些数据来进行重建得到图A重建图-Previously done when the curriculum design to write a medical CT image reconstruction process. First simulation CT works in an attempt to target A simulated CT-rays fr
keshihuajishu
- 可以通过计算机断层技术(CT)、磁共振成像(MRI)、正电子计算机断层扫描（PET）和超声(US)等医学影像技术得到病人病变部位的一组二维断层图像。二维平面图像主要用于显示平面图像中人们感兴趣的区域。通过研究对象的一组平行截面图重建物体的三维图像是计算机图形学和医生的一个重要的研究方向。 -By computed tomography technology (CT), magnetic resonance imaging (MRI), is computer tomography (PET)
3d-restruction
- 目的 利用 CT、 MR等获得的图像 ,重构出器官、 骨骼或组织的三维形体 ,帮助医生诊断、 治疗或制订手术方案。方法hear2Warp 算法通过将三维数据场的投影分解为错切变换( shear ) 和变形变换(warp)两步来实现三维重建 ,显著减少了计算量。先对体数据进行错切变换 ,然后在错切空间根据阈值法获取三维表面 ,根据光照模型得到三维表面的亮度 ,最后通过变形变换得到最终的结果图像。-The purpose of the use of CT, MR and other availabl
CT256
- 该上传的256张CT图片是高质量的DICOME格式人类头骨的连续序列切片图，可直接用于医学三维重建或体绘制。-The upload of 256 CT images are of high quality DICOME form a continuous sequence of the human skull slice diagram can be directly used in medical 3D reconstruction or volume rendering.
Cone_beam_reconstruction
- 一种锥束CT重建算法，主要用于放射治疗的成像重建计算-An algorithm for cone_beam reconstruction, which can be used in radiotherapy imaging and setup
3Dimage
- 三维成像有关论文，包括OCT、CT等技术的原理和图像处理和三维重建-papers on the reseach of 3D image.
CT-tomographic-reconstruct-
- FBP算法的推导与应用，图像重建技术的研究与发展。-Derivation and Application of the FBP algorithm, image reconstruction technology research and development.
CT_beam_harder
- 本论文详细论述了CT重建过程中的射线硬化问题，并利用仿真方法充分验证并给出结果，在实际系统设计中具有指导意义。 注：本论文用CAJView打开。-This paper discusses in detail the reconstruction process in the CT beam hardening problems, and fully validated by simulation results are given in the actual system design wi
ct1
- ct投影重建（shep-logan模型的生成投影以及重建）-ct projection reconstruction (shep-logan model for the generation of projection and reconstruction)
2D-ICTsimulation
- 工业CT重建的仿真程序,仿真投影图的产生，投影图预处理，以及根据投影图进行反投影重建-industrial computer tomography
fdk
- 通过vc2005编写的3D重建程序，实现CT数据的三维重建-Written by vc2005 3D reconstruction process, to achieve three-dimensional reconstruction of CT data
Three-dimensional-reconstruction
- 随着螺旋CT的扫描速度和后处理功能不断提高，CT三维 重建应用越来越广泛，本文就我院开展螺旋CT三维重建两：年来 进行分析，探讨螺旋CT三维重建在疾病诊断中应用价值-With the spiral CT scan speed and increasing post-processing capabilities, CT three-dimensional reconstruction of more and more widely, this article in our hospit