Reverse Dependencies of antspyx

The following projects have a declared dependency on antspyx:

• aind-registration-utils — Generated from aind-library-template
• antspymm — multi-channel/time-series medical image processing with antspyx
• antspynet — A collection of deep learning architectures ported to the python language and tools for basic medical image processing.
• antspyt1w — T1w human neuroimage processing with antspyx
• atlalign — Blue Brain multi-modal registration and alignment toolbox
• atlannot — Align and improve brain annotation atlases
• AutoParc — Automatic Brain Parcellation Tools
• bidsmreye — bids app using deepMReye to decode eye motion for fMRI time series data
• BrainParc — Brain Parcellation Tools
• ccspy — A CCS PACKAGE
• clinica — Software platform for clinical neuroimaging studies
• cmb — Cere-MEG-Bellum (CMB) - Cerbellum segmentation and forward solution calculation
• curvanato — Anatomical curvature processing for medical images.
• DBSegment — A deep learning based method to segment deep brain structures from T1w MRI
• deepmreye — MR-based eye tracker without eye tracking
• designer2 — designerV2
• headctools — A set of tools for preproccessing and performing brain segmentation and skull reconstruction on head CT images
• heifetslab-unravel — UNRAVEL: UN-biased high-Resolution Analysis and Validation of Ensembles using Light sheet images
• hsf — A simple yet exhaustive segmentation tool of the Hippocampal Subfields in T1w and T2w MRIs.
• intensity-normalization — normalize the intensities of various MR image modalities
• liom-toolkit — Package to support the research of LIOM.
• lsfm-fuse — A fusion algorithm in LSFM
• MIA-Tools — Medical Image Analysis Tools
• MIDP — Medical Image Development Packages
• mist-medical — MIST is a simple, fully automated framework for 3D medical imaging segmentation.
• multiview-stitcher — Registration and fusion of large imaging datasets in 2D and 3D.
• nitrain — Train medical imaging AI models locally or in the cloud with any framework
• novas3d — no summary
• pyalfe — no summary
• tcsa — temporalis segmentation pipeline to assess CSA of temporalis muscle
• TPTBox — A Torso Processing Toolbox capable of processing BIDS-compatible datasets, singular niftys, points of interests, segmentations, and much more.
• xai4mri — xai4mri is designed for advanced MRI analysis using deep learning combined with explainable A.I. (XAI).