We present a performance-based methodology for de-signing a high-bandwidth radar application on commodity platforms. Unlike many real-time systems, our approach works for commodity processors running commodity oper-ating systems. Our technique is innovative because it uses stochastic models of the processing time at each step in the process to allow for the variabilities of running on a non-realtime operating system. We show how our system synthesizes the runtime parameters for a synthetic aperture radar application under a variety of loading conditions.
Embedded systems have become indispensable in our life: household appliances, cars, airplanes, power...
The state of the art in verifying the real-time requirements of applications developed using general...
The design of new embedded systems is getting more and more complex as more functionality is integra...
We present a performance-based methodology for de-signing a high-bandwidth radar application on comm...
We present a performance-based methodology for designing a high-bandwidth radar application on commo...
In this paper, we present a performance-based technique to help synthesize high-bandwidth radar proc...
Abstract—In the recent years we have witnessed a prolif-eration of distributed stream processing sys...
The real-time image forming in future, high-end synthetic aperture radar systems is an example of an...
This dissertation presents a parallel pipelined computational model for radar signal processing appl...
International audienceGeneral-purpose shared memory multicore architectures are becoming widely avai...
Abstract. In the recent years we have witnessed a proliferation of dis-tributed stream processing sy...
138 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.We make connections with rand...
The performance of a computing system depends on the workload it is executing. When evaluating a com...
International audienceCurrent high-end, data-intensive real-time embedded sensor applications (e.g.,...
Anytime algorithms give intelligent real-time systems the ability to trade deliberation time for qua...
Embedded systems have become indispensable in our life: household appliances, cars, airplanes, power...
The state of the art in verifying the real-time requirements of applications developed using general...
The design of new embedded systems is getting more and more complex as more functionality is integra...
We present a performance-based methodology for de-signing a high-bandwidth radar application on comm...
We present a performance-based methodology for designing a high-bandwidth radar application on commo...
In this paper, we present a performance-based technique to help synthesize high-bandwidth radar proc...
Abstract—In the recent years we have witnessed a prolif-eration of distributed stream processing sys...
The real-time image forming in future, high-end synthetic aperture radar systems is an example of an...
This dissertation presents a parallel pipelined computational model for radar signal processing appl...
International audienceGeneral-purpose shared memory multicore architectures are becoming widely avai...
Abstract. In the recent years we have witnessed a proliferation of dis-tributed stream processing sy...
138 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2006.We make connections with rand...
The performance of a computing system depends on the workload it is executing. When evaluating a com...
International audienceCurrent high-end, data-intensive real-time embedded sensor applications (e.g.,...
Anytime algorithms give intelligent real-time systems the ability to trade deliberation time for qua...
Embedded systems have become indispensable in our life: household appliances, cars, airplanes, power...
The state of the art in verifying the real-time requirements of applications developed using general...
The design of new embedded systems is getting more and more complex as more functionality is integra...