Add to ORKGInternational audienceRobotics applications often requires vision systems capable of capturing a large amount of information related to a scene. With many camera sensors, the perception of information is limited in areas with strong contrasts. The High Dynamic Range (HDR) vision system can deal with these limitations. This paper describes the HDR-ARtiSt hardware platform (High Dynamic Range Advanced Real-time imaging System), a FPGA-based architecture that can produce a real- time high dynamic range video from successive image acquisition
International audienceStandard cameras capture only a fraction of the information that is visible to...
In many applications such as video surveillance or defect detection, the perception of information r...
We describe the design and implementation of a high dynamic range (HDR) imaging system capable of ca...
International audienceRobotics applications often requires vision systems capable of capturing a lar...
International audienceThis paper describes the HDR-ARtiSt hardware platform (High Dynamic Range Adva...
International audienceThis paper describes the HDR-ARtiSt hardware platform, a FPGA-based architectu...
Abstract—This paper describes the HDR-ARtiSt hardware platform, a FPGA-based architecture that can p...
International audienceA camera or a video camera is able to capture only a part of a high dynamic ra...
Abstract—A camera is able to capture only a part of a high dynamic range scene information. The same...
IF 2012 = 1.156International audienceThis paper describes a complete FPGA-based smart camera archite...
This paper describes a complete FPGA-based smart camera architecture named HDR-ARtiSt (High Dynamic ...
International audienceMany camera sensors suffer from limited dynamic range. The result is that ther...
Standard cameras capture only a fraction of the information that is visible to the human visual syst...
An important feature of wearable camera systems is that they must work in awide variety of situation...
International audienceStandard cameras capture only a fraction of the information that is visible to...
In many applications such as video surveillance or defect detection, the perception of information r...
We describe the design and implementation of a high dynamic range (HDR) imaging system capable of ca...
International audienceRobotics applications often requires vision systems capable of capturing a lar...
International audienceThis paper describes the HDR-ARtiSt hardware platform (High Dynamic Range Adva...
International audienceThis paper describes the HDR-ARtiSt hardware platform, a FPGA-based architectu...
Abstract—This paper describes the HDR-ARtiSt hardware platform, a FPGA-based architecture that can p...
International audienceA camera or a video camera is able to capture only a part of a high dynamic ra...
Abstract—A camera is able to capture only a part of a high dynamic range scene information. The same...
IF 2012 = 1.156International audienceThis paper describes a complete FPGA-based smart camera archite...
This paper describes a complete FPGA-based smart camera architecture named HDR-ARtiSt (High Dynamic ...
International audienceMany camera sensors suffer from limited dynamic range. The result is that ther...
Standard cameras capture only a fraction of the information that is visible to the human visual syst...
An important feature of wearable camera systems is that they must work in awide variety of situation...
International audienceStandard cameras capture only a fraction of the information that is visible to...
In many applications such as video surveillance or defect detection, the perception of information r...
We describe the design and implementation of a high dynamic range (HDR) imaging system capable of ca...