Airborne SAR real-time imaging algorithm design and implementation with CUDA on NVIDIA GPU
M Da-di, H Yu-xin, S Tao, S Rui, L Xiao-bo - 雷达学报, 2013 - radars.ac.cn
Abstract Synthetic Aperture Radar (SAR) image processing requires huge computation
amount. Traditionally, this task runs on the workstation or server based on Central
Processing Unit (CPU) and is rather time-consuming, hence real-time processing of SAR
data is impossible. Based on Compute Unified Device Architecture (CUDA) technology, a
new plan of SAR imaging algorithm operated on NVIDIA Graphic Processing Unit (GPU) is
proposed. The new proposal makes it possible that the data processing procedure and …
amount. Traditionally, this task runs on the workstation or server based on Central
Processing Unit (CPU) and is rather time-consuming, hence real-time processing of SAR
data is impossible. Based on Compute Unified Device Architecture (CUDA) technology, a
new plan of SAR imaging algorithm operated on NVIDIA Graphic Processing Unit (GPU) is
proposed. The new proposal makes it possible that the data processing procedure and …