1 / 8

PART 2: QIN PET Phantom Segmentation Challenge

PART 2: QIN PET Phantom Segmentation Challenge. Instructions. Goals for Part 2. Perform segmentations and analysis on the UI and UW PET phantom volumes Volumes and activities are known Two repeat segmentations/measurements for all data sets!.

khan
Download Presentation

PART 2: QIN PET Phantom Segmentation Challenge

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. PART 2: QIN PET Phantom Segmentation Challenge Instructions

  2. Goals for Part 2 • Perform segmentations and analysis on the UIand UW PET phantom volumes • Volumes and activities are known • Two repeat segmentations/measurements for all data sets!

  3. Iowa PET phantom data from Dr. Sunderland: Part 2: PET Phantom Image Data - NEMA IEC Body Phantom Set™ Model PET/IEC-BODY/P with unknown sized spheres & ellipses. - Downloadable from website.

  4. Iowa PET Phantom Data Four Image Sets per Site

  5. Directory Structure and File Names Site/Scanner PET Iowa (Siemens Scanner) Scan Type PET Washington (GE Scanner) 138M ./UW 13M ./UW/HS 6.3M ./UW/HS/LC 6.3M ./UW/HS/HC 125M ./UW/LS 63M ./UW/LS/LC 6.3M ./UW/LS/LC/REBIN_A_4I28S3MM_406 6.3M ./UW/LS/LC/REBIN_B_4I28S3MM_407 6.3M ./UW/LS/LC/REBIN_C_4I28S3MM_408 6.3M ./UW/LS/LC/REBIN_D_4I28S3MM_409 6.3M ./UW/LS/LC/REBIN_E_4I28S3MM_410 6.3M ./UW/LS/LC/REBIN_F_4I28S3MM_411 6.3M ./UW/LS/LC/REBIN_G_4I28S3MM_412 6.3M ./UW/LS/LC/REBIN_H_4I28S3MM_413 6.3M ./UW/LS/LC/REBIN_I_4I28S3MM_414 6.3M ./UW/LS/LC/REBIN_J_4I28S3MM_415 63M ./UW/LS/HC 6.3M ./UW/LS/HC/REBIN_A_4I28S3MM_406 6.3M ./UW/LS/HC/REBIN_B_4I28S3MM_410 6.3M ./UW/LS/HC/REBIN_C_4I28S3MM_412 6.3M ./UW/LS/HC/REBIN_D_4I28S3MM_415 6.3M ./UW/LS/HC/REBIN_E_4I28S3MM_418 6.3M ./UW/LS/HC/REBIN_F_4I28S3MM_421 6.3M ./UW/LS/HC/REBIN_G_4I28S3MM_424 6.3M ./UW/LS/HC/REBIN_H_4I28S3MM_427 6.3M ./UW/LS/HC/REBIN_I_4I28S3MM_430 6.3M ./UW/LS/HC/REBIN_J_4I28S3MM_433 105M ./UI 9.6M ./UI/HS 4.8M ./UI/HS/LC 4.8M ./UI/HS/HC 96M ./UI/LS 48M ./UI/LS/LC 4.8M ./UI/LS/LC/Frame01_LC 4.8M ./UI/LS/LC/Frame02_LC 4.8M ./UI/LS/LC/Frame03_LC 4.8M ./UI/LS/LC/Frame04_LC 4.8M ./UI/LS/LC/Frame05_LC 4.8M ./UI/LS/LC/Frame06_LC 4.8M ./UI/LS/LC/Frame07_LC 4.8M ./UI/LS/LC/Frame08_LC 4.8M ./UI/LS/LC/Frame09_LC 4.8M ./UI/LS/LC/Frame10_LC 48M ./UI/LS/HC 4.8M ./UI/LS/HC/Frame01_HC 4.8M ./UI/LS/HC/Frame02_HC 4.8M ./UI/LS/HC/Frame03_HC 4.8M ./UI/LS/HC/Frame04_HC 4.8M ./UI/LS/HC/Frame05_HC 4.8M ./UI/LS/HC/Frame06_HC 4.8M ./UI/LS/HC/Frame07_HC 4.8M ./UI/LS/HC/Frame08_HC 4.8M ./UI/LS/HC/Frame09_HC 4.8M ./UI/LS/HC/Frame10_HC high statistics, low contrast high statistics, high contrast 10 x low statistics, low contrast 10 x low statistics, high contrast

  6. 3D Slicer View of Image Data

  7. Object Naming Convention • For the reporting of measurement results, etc. participants must adhere to the following naming convention! 6 6 5 5 start 4 4 1 1 2 2 3 3 clock wise flat part of phantom Axial PET slice Volume Rendering

  8. PET Phantom Data • Perform the following analysis steps for objects 1 to 6: • Generate accurate volumetric segmentations of the objects in the phantom scans • Segment the VOIs in such a way as to identify the actual boundaries  label VOIs (e.g., VOI1, VOI2, ...) • Calculate the following indices for each of the objects: • VOI volume in [ml] • MAXIMUM Concentration in [Bq/mL] • PEAK Concentration (PERCIST; 1 cm sphere???) in [Bq/mL] • AVERAGE Concentration in [Bq/mL] • Metabolic Tumor Volume (Average Concentration * VOI Volume) in [Bq]

More Related