Kawin Setsompop

This paper introduces DIFFUSE, a framework for joint k-q-TE image reconstruction in diffusion MRI, showing improved error reduction and multi-contrast reconstruction.

ROVER-dMRI improves high-SNR whole-brain mesoscale diffusion MRI with reduced scan time and preserved fiber details.

The paper examines the postnatal development of putamen microstructure and white matter connectivity in autism, finding preserved organization with increased prefrontal connectivity.

This paper introduces FCG, a technique that corrects spatiotemporal-varying phase errors in EPI using an MLP, improving image quality on high-performance systems.

SMENA estimates motion and B0 inhomogeneity with high temporal resolution, improving image quality in MRI by correcting both factors simultaneously.

The paper investigates myelin development in human visual cortex using qMRI and immunohistochemistry, finding distinct myelination and R1 trajectories across development.

This paper introduces ComSLI, a method to map fiber networks in histology without sample preparation, showing its application across tissues and diseases.

This paper evaluates the reliability and validity of Magnetic Resonance Fingerprinting (MRF) for measuring white matter T1 values in children, finding improved reliability with longer scan duration but not B0 correction.

This paper introduces sEPTI, a 3D imaging technique for rapid whole-brain T2* and susceptibility mapping, achieving faster imaging and improved quality compared to existing methods.

This paper introduces Deli-CS, a method that accelerates spatio-temporal MRI reconstruction using deep learning-initialized compressed sensing, reducing time and resource usage while maintaining quality.

This paper introduces HDnGAN, a hybrid denoising GAN that improves the quality of fast volumetric MRI by denoising Wave-CAIPI images, achieving better SNR, sharpness, and lesion conspicuity than existing methods.

This paper introduces SE-EPTI, a technique for SE-BOLD fMRI that reduces T2' contamination and improves microvascular specificity, showing graded T2' effects across different acquisition strategies.

The paper presents a high-resolution in vivo whole-brain diffusion MRI dataset with detailed anatomical images and field maps for research and development of dMRI techniques.