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Speeding-Up Differential Motion Detection Algorithms Using a Change-Driven Data Flow Processing Strategy.

, и . CAIP, том 4673 из Lecture Notes in Computer Science, стр. 77-84. Springer, (2007)

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José Antonio Grifols

Antônio José Sandmann

José Antonio Almeida

José Antonio Zamora

Josè-Antonio Rubio

 

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On the Advantages of Asynchronous Pixel Reading and Processing for High-Speed Motion Estimation., , , и . ISVC (1), том 5358 из Lecture Notes in Computer Science, стр. 205-215. Springer, (2008)A Pipelined Reconfigurable Architecture for Visual-Based Navigation., , , и . EUROMICRO, стр. 1071-1074. IEEE Computer Society, (1999)High-speed Motion Detection using Event-based Sensing., , и . VISIGRAPP (4: VISAPP), стр. 246-253. SciTePress, (2017)Selective Change-Driven Image Processing: A Speeding-Up Strategy., , , и . CIARP, том 5856 из Lecture Notes in Computer Science, стр. 37-44. Springer, (2009)Feature Extraction and Correlation for Time-to-Impact Segmentation Using Log-Polar Images., , и . ICCSA (4), том 3046 из Lecture Notes in Computer Science, стр. 887-895. Springer, (2004)Change-driven Image Architecture on FPGA with adaptive threshold for Optical-Flow Computation., , , и . ReConFig, стр. 237-243. IEEE Computer Society, (2006)Synthesizing on a Reconfigurable Chip an Autonomous Robot Image Processing System., и . FPL, том 2778 из Lecture Notes in Computer Science, стр. 458-467. Springer, (2003)A new foveated space-variant camera for robotic applications., , , , и . ICECS, стр. 680-683. IEEE, (1996)Selective Change Driven Vision Sensor With Continuous-Time Logarithmic Photoreceptor and Winner-Take-All Circuit for Pixel Selection., , и . IEEE J. Solid State Circuits, 50 (3): 786-798 (2015)Space Variant Vision and Pipelined Architecture for Time to Impact Computation., , , и . CAMP, стр. 122-126. IEEE Computer Society, (2000)