Host plus multiple array processor architecture is demonstrated to yield a modular, fast, and cost-effective system for radar processing. Software methodology for programming such a system is developed. Parallel processing with pipelined data flow among the host, array processors, and discs is implemented. Theoretical analysis of performance is made and experimentally verified. The broad class of problems to which the architecture and methodology can be applied is indicated
The research activities are divided into three stages, with each stage lasting approximately one mon...
This software implements software-defined radio procession over multi-core, multi-CPU systems in a w...
In this paper, we present a performance-based technique to help synthesize high-bandwidth radar proc...
The processing of synthetic aperture radar (SAR) signals using the massively parallel processor (MPP...
Array processors have been used extensively in military applications involving sonar and radar signa...
This thesis examines processor architectures for Synthetic Aperture Radar (SAR). SAR is a remote sen...
The development of radar systems on general-purpose off-the-shelf parallel hardware represents an ef...
A high speed parallel array data processing architecture fashioned under a computational envelope ap...
During the recent years, computer performance has increased dramatically. To measure the performanc...
International audienceGeneral-purpose shared memory multicore architectures are becoming widely avai...
We assess the state-of-the-art technology in massively parallel processors (MPPs) and their variatio...
We discuss the results of a collaborative project on parallel processing of Synthetic Aperture Radar...
As space-based imagery-intelligence systems become increasingly complex, processing units are needed...
This thesis investigates the use of a highly parallel SIMD machine for fast Synthetic Aperture Radar...
This dissertation presents a parallel pipelined computational model for radar signal processing appl...
The research activities are divided into three stages, with each stage lasting approximately one mon...
This software implements software-defined radio procession over multi-core, multi-CPU systems in a w...
In this paper, we present a performance-based technique to help synthesize high-bandwidth radar proc...
The processing of synthetic aperture radar (SAR) signals using the massively parallel processor (MPP...
Array processors have been used extensively in military applications involving sonar and radar signa...
This thesis examines processor architectures for Synthetic Aperture Radar (SAR). SAR is a remote sen...
The development of radar systems on general-purpose off-the-shelf parallel hardware represents an ef...
A high speed parallel array data processing architecture fashioned under a computational envelope ap...
During the recent years, computer performance has increased dramatically. To measure the performanc...
International audienceGeneral-purpose shared memory multicore architectures are becoming widely avai...
We assess the state-of-the-art technology in massively parallel processors (MPPs) and their variatio...
We discuss the results of a collaborative project on parallel processing of Synthetic Aperture Radar...
As space-based imagery-intelligence systems become increasingly complex, processing units are needed...
This thesis investigates the use of a highly parallel SIMD machine for fast Synthetic Aperture Radar...
This dissertation presents a parallel pipelined computational model for radar signal processing appl...
The research activities are divided into three stages, with each stage lasting approximately one mon...
This software implements software-defined radio procession over multi-core, multi-CPU systems in a w...
In this paper, we present a performance-based technique to help synthesize high-bandwidth radar proc...