Ischemic stroke is a crippling disorder that affects many people globally, and timely detection
and prognosis are vital for efficient treatment. Despite the increasing use of Computed …

Early identification of ischemic stroke leads to a speedy recovery from severe repercussions
and irreversible brain damage. Stroke affects people differently, with varying experiences …

It is critical to know what brain regions are affected by an ischemic stroke, as this enables
doctors to make more effective decisions about stroke patient therapy. These regions are …

Computed tomography (CT) is the first-line imaging modality for evaluation of patients
suspected of stroke. Specially, such modality is key as screening test between ischemia and …

Automatic segmentation of ischemic stroke using Computed Tomography Perfusion (CTP)
images becomes an essential tool for quantification of the extension of stroke in early stages …

The instant diagnosis of acute ischemic stroke using non-contrast computed tomography
brain scans is important for right decision upon a treatment. Artificial intelligence and deep …

Ischemic strokes are the most common acute brain disorder, and seriously threaten patients'
lives. In order to help physicians determine the location of ischemic stroke lesions and other …

Due to the limitations of MR imaging availability, CT perfusion (CTP) has been used to
determine the extension of stroke in early stages. But CT perfusion maps alone are not …

Stroke represents a critical medical condition with the potential for substantial brain damage
and severe complications. Timely identification of stroke is imperative to minimize harm and …

Background and objectives: This paper has introduced a patch-based, residual, asymmetric,
encoder-decoder CNN that solves two major problems in acute ischemic stroke lesion …