Shan Zhong

An integrative computational approach for obstacle avoidance during action selection

The paper develops a computational model to explain action selection in cluttered environments by integrating goal pursuit and obstacle avoidance through a weighted combination of control policies.

Computational mechanism underlying switching of motor actions

The paper investigates the computational mechanisms of action switching, finding that it involves a pause mechanism after movement onset when target location is unknown, distinct from stopping processes.

Comparison of image registration techniques in functional ultrasound imaging

This study compares image registration techniques for functional ultrasound imaging, finding that Imregdeform provides the best alignment of 2D fUSI brain data.

A neurocomputational theory of action regulation predicts motor behavior in neurotypical individuals and patients with Parkinsons disease

This study develops a neurodynamical computational theory of action regulation and tests it in neurotypical individuals and Parkinson's disease patients, showing how disruptions in this mechanism lead to motor deficits.

Genomics of primary chemoresistance and remission induction failure in pediatric and adult acute myeloid leukemia

The paper investigates genetic factors contributing to primary chemoresistance in AML using targeted sequencing of 670 genes in 107 AML cases, identifying mutations and overexpressed genes but finding they only partially explain resistance.