Abstract: The accuracy and speed characteristics of implementations of several line integration models required for Radon (1917) transform (used for ...
Abstract: An expandable multiprocessor hardware system for the computation of the Radon transform and backprojection equations is described.
High-speed computation of the Radon transform and backprojection using an expandable multiprocessor architecture. Shieh, E.; Current, K.; Hurst, P.; Agi, I.
High-speed computation of the Radon transform and backprojection using an expandable multiprocessor architecture · Author Picture E. Shieh,; Author Picture ...
In this paper, we describe an architecture for a high-speed (30 MHz raster-scan image data rate), high accuracy (12-bits per pixel) computed-tomography system ...
High-speed computation of the Radon transform and backprojection using an expandable multiprocessor architecture · Author Picture E. Shieh,; Author Picture ...
An expandable multiprocessor hardware system for the computation of the Radon transform ... back-projection using a parallel pipelined processor architecture ...
"High-Speed Computation of the Radon Transform and Backprojection Using an Expandable Multiprocessor Architecture," IEEE Transactions on Circuits and ...
Oct 31, 1990 · Radon transform and backprojection multiprocessor board. The ... system architecture [1-3] for our high speed Radon transform computer.
High-speed computation of the radon transform and backprojection using an expandable multiprocessor architecture. IEEE Transactions on Circuits and Systems ...