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TMI publishes manuscripts on imaging of body structure, morphology and function, including cell and molecular imaging and all forms of microscopy.
ID: 4886279873
https://ieeetmi.org/ 08-02-2016 00:25:57
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ð¢ New paper out! Do you know ðð²ðð²ð°ðð¶ðŒð» ð§ð¿ð®ð»ðð³ðŒð¿ðºð²ð¿ð (ððð§ð¥)? â¬ïžThis paper refines DETRâs learnable query matching and integrates Multi-Scale Attention, boosting organ detection in 3D CT imaging! ðieeexplore.ieee.org/stamp/stamp.js⊠M. Ghahremani, Christian Wachinger et al
ð¢New paper out! Did you know that myocardial SPECT imaging typically requires an additional CT scan for attenuation correction? â¬ïžExplore a new method that combines deep learning with physics-based principles to estimate ACâeliminating the need for CT! ieeexplore.ieee.org/document/10767âŠ
ð¢New paper out! ððŒð to ð²ð»ðµð®ð»ð°ð² ððµð² ðœð²ð¿ð³ðŒð¿ðºð®ð»ð°ð² ðŒð³ ð³ðŒðð»ð±ð®ðð¶ðŒð» ðºðŒð±ð²ð¹ð ð¹ð¶ðžð² ðŠðð ðŒð¿ ð ð²ð±ðŠðð ðð¶ððµðŒðð ð¹ð®ð¿ðŽð²-ðð°ð®ð¹ð² ðŒð³ð³ð¹ð¶ð»ð² ð¿ð²ðð¿ð®ð¶ð»ð¶ð»ðŽ ðŒð¿ ð³ð¶ð»ð²-ððð»ð¶ð»ðŽ? â¡ïžieeexplore.ieee.org/document/10916âŠ
ð¢ New paper out! Interested by cerebral artery segmentation and cerebrovascular research? ð§ â¬ïžDiscover DSCA, a publicly available medical imaging dataset designed for cerebral artery segmentation in digital subtraction angiography (DSA) sequences. ðieeexplore.ieee.org/stamp/stamp.jsâŠ
ðFoundation models (FM) are increasingly gaining attention! ð« â¬ïžExplore this month's TMI papers focused on FM: Pathology image synthesis FM ieeexplore.ieee.org/document/10915⊠MRI brain analysis FM ieeexplore.ieee.org/document/10926⊠Ethics of FM in Computational Pathology ieeexplore.ieee.org/document/10929âŠ
ðNew paper alert! â¡ïžLLM ðð¶ððµ ð¥ð²ðŽð¶ðŒð»-ðŽðð¶ð±ð²ð± ð¥ð²ð³ð²ð¿ð¿ð¶ð»ðŽ ð®ð»ð± ðð¿ðŒðð»ð±ð¶ð»ðŽ ð³ðŒð¿ ðð§ ð¥ð²ðœðŒð¿ð ðð²ð»ð²ð¿ð®ðð¶ðŒð» The Reg2RG framework leverages segmentation masks to focus on diagnostic regions! Read the paper: ðieeexplore.ieee.org/document/10963âŠ
ðš New paper alert! â¡ïžAuthors explore and modify the recent ð¥ð²ð°ð²ðœðð®ð»ð°ð² ðªð²ð¶ðŽðµðð²ð± ðð²ð ð©ð®ð¹ðð² (RWKV) model, known to have a linear time mecanism (instead of quadratic as in transformers!) for efficient medical image segmentation. ðieeexplore.ieee.org/document/10969âŠ
ðš New paper alert! ð¡ In the paper below, authors propose a ðð²ð°ðŒð±ð²ð¿-ð¢ð»ð¹ð ððºð®ðŽð² ð¥ð²ðŽð¶ððð¿ð®ðð¶ðŒð» model, LessNet, that replaces the encoder with simple, handcrafted features, eliminating the need to optimize encoder parameters! ð ieeexplore.ieee.org/document/10967âŠ
ðšNew paper alert! Monitoring Knee Health: Ultra-Wideband Radar Imaging for Early Detection of Osteoarthritis â¡ïžExplore this UWB microwave tomography imaging system using time-domain synthetic aperture radar (SAR), for musculoskeletal diagnostics! ðieeexplore.ieee.org/document/10976âŠ
ðšNew paper alert! â¡ïž A novel Mamba-based generalizable framework for dðŒðºð®ð¶ð» ðŽð²ð»ð²ð¿ð®ð¹ð¶ðð®ðð¶ðŒð» in ðºð²ð±ð¶ð°ð®ð¹ ð¶ðºð®ðŽð² ðð²ðŽðºð²ð»ðð®ðð¶ðŒð» (Mamba-Sea) ðieeexplore.ieee.org/document/10980âŠ.
ðšNew paper alert! VesselDiffusion: 3D Vascular Structure Generation Based on Diffusion Model ð¡based on ViT and Graph Convolutional Network to capture local features + global coherence of vascular connect° ð¡3D volumes can generate multiple 2D img! ðieeexplore.ieee.org/document/10994âŠ
ðš New paper alert! â¡ïžCLIF-Net: Intersection-guided Cross-view Fusion Network for Infection Detection from Cranial Ultrasound ððAuthors exploited the strong correlation between local regions around the intersecting line of two images of diff views ðieeexplore.ieee.org/document/11005âŠ
ðš New Paper Alert! ðInstead of training a deep network for ðºð²ð±ð¶ð°ð®ð¹ ð¶ðºð®ðŽð² ð¿ð²ðŽð¶ððð¿ð®ðð¶ðŒð», authors use ðð¶ðð¶ðŒð» ð³ðŒðð»ð±ð®ðð¶ðŒð» ðºðŒð±ð²ð¹ ððð¡ð¢ðð® to extract features for deformable 3D medical image registration! ðieeexplore.ieee.org/document/10988âŠ
