MRI Virtual Data Acquisition and Image Reconstruction Software EDUVMR

The Virtual Nuclear Magnetic Resonance (NMR) Teaching and Training System simulates the entire process of MRI imaging, covering key components such as basic sequence selection, data acquisition, K-space filling, and image reconstruction.By selecting imaging sequences, slice positions, and relevant imaging parameters within the interface, users can observe the corresponding data acquisition process, K-space population, and reconstructed images, gaining a comprehensive understanding of MRI workflow.
 
 

Product Highlights

 

1) Overcomes long acquisition times.

2) Reduces stringent hardware requirements.

3) Mitigates gradient eddy-current effects.

4) Significantly lowers instrument cost while meeting teaching needs.

Capabilities

 

1) Virtualized sequence selection, parameter tuning, data acquisition, k-space filling, and image reconstruction.

2) Simulation of magnetic-field inhomogeneity and electronics noise effects.

3) Fat-suppressed imaging support.

4) Water-suppressed imaging support.

5) Bounce-point (rebound-point) imaging technique.

 
 

Applications

 

1) Virtual workflow: sequence selection, parameter adjustment, data acquisition, k-space filling, and image reconstruction.

2) Modeling the impact of field inhomogeneity and electronics noise.

3) Virtual acquisition for multiple imaging techniques:

Gradient-echo imaging (GRE)

T2-weighted imaging

Fast spin-echo (FSE) imaging

 

 

 

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