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High-level Performance Evaluation of Object Detection based on Massively Parallel Focal-plane Acceleration Requiring Minimum Pixel Area Overhead.

, , , , и . VISIGRAPP (3: VISAPP), стр. 81-87. SciTePress, (2016)

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Roberto Fernández Galán

Roberto Fernández Galán

Juraj Galan

Sieglinde Galanski

Maria Elisabeth Galandi

 

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PreVIous: A Methodology for Prediction of Visual Inference Performance on IoT Devices., , , и . CoRR, (2019)Practical limitations to the implementation of resistive grid filtering in Cellular Neural Networks., и . ECCTD, стр. 80-83. IEEE, (2007)High-level Performance Evaluation of Object Detection based on Massively Parallel Focal-plane Acceleration Requiring Minimum Pixel Area Overhead., , , , и . VISIGRAPP (3: VISAPP), стр. 81-87. SciTePress, (2016)Architecture-Level Optimization on Digital Silicon Photomultipliers for Medical Imaging., , , , , и . Sensors, 22 (1): 122 (2022)CMOS design of focal plane programmable array processors., , , , и . ESANN, стр. 57-62. (2001)CMOS image sensor architecture for focal plane early vision processing., , , , и . ICDSC, стр. 213-214. ACM, (2015)Demo: A Prototype Vision Sensor for Real-time Focal-plane Obfuscation through Tunable Pixelation., , , , , и . ICDSC, стр. 42:1-42:2. ACM, (2014)On the implementation of linear diffusion in transconductance-based cellular nonlinear networks., и . I. J. Circuit Theory and Applications, 37 (4): 543-567 (2009)All-MOS implementation of RC networks for time-controlled Gaussian spatial filtering., и . I. J. Circuit Theory and Applications, 40 (8): 859-876 (2012)Hardware-aware performance evaluation for the co-design of image sensors and vision algorithms., , , и . SMACD, стр. 1-4. IEEE, (2016)