The processor uses 320 processing elements in parallel to achieve performance figures of more than 100GOPS with a power consumption of 600 mWatt at peak ...
The mote described in this paper is equipped with Xetal-II, a processor designed for frame-based real-time video analysis. The processor uses 320 processing ...
This paper describes a new smart camera mote with a high performance SIMD (single-instruction multiple-data) processor designed for frame-based real-time ...
The mote described in this paper is equipped with Xetal-II, a processor designed for frame-based real-time video analysis. The processor uses 320 processing ...
The mote described in this paper is equipped with Xetal-II, a processor designed for frame-based real-time video analysis. The processor uses 320 processing ...
The mote described in this paper is equipped with Xetal-II, a processor designed for frame-based real-time video analysis. The processor uses 320 processing ...
The mote described in this paper is equipped with Xetal-II, a processor designed for frame-based real-time video analysis. The processor uses 320 processing ...
Camera mote with a high-performance parallel processor for real-time frame-based video processing. Kleihorst R., Abbo A., Schueler B., Danilin A.
4 Camera Mote with a High-Performance Parallel Processor for Real-Time Frame-Based Video Processing, Richard Kleihorst (NXP. Semiconductors, NL); Anteneh ...
Apr 25, 2024 · Camera mote with a high-performance parallel processor for real-time frame-based video processing. AVSS 2007: 69-74. [c2]. view. electronic ...