Iterative reconstruction (IR) has the ability to reduce image noise in CT without
compromising diagnostic quality, which permits a significant reduction in effective radiation …

The use of IR in CT previously has been prohibitively complicated and time consuming,
however improvements in computer processing power now make it possible on almost all …

Cardiac computed tomography (CT) is a highly demanding and relatively new CT
application that has evolved during the last two decades and for the last decade has been …

Non-linear iterative reconstruction (IR) algorithms have been increasingly incorporated into
clinical cardiac CT protocols at institutions around the world. Multiple IR algorithms are …

Iterative techniques are a valuable computed tomography image reconstruction alternative
to filtered back projection. In repetitive cycles, iterative algorithms reduce image noise …

Iterative image reconstruction algorithms provide significant improvements over traditional
filtered back projection in computed tomography (CT). Clinically available through recent …

Revolutionary developments in multidetector-row computed tomography (CT) scanner
technology offer several advantages for imaging of cardiothoracic disorders. As a result …

Image reconstruction is an increasingly complex field in CT. Iterative Reconstruction (IR) is
at present an adjunct to standard Filtered Back Projection (FBP) reconstruction, but could …

Owing to recent advances in computing power, iterative reconstruction (IR) algorithms have
become a clinically viable option in computed tomographic (CT) imaging. Substantial …

Objectives To present the results of a systematic literature search aimed at determining to
what extent the radiation dose can be reduced with iterative reconstruction (IR) for …