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Transition Cells and Neural Fields for Navigation and Planning.

, , , and . IWINAC (1), volume 3561 of Lecture Notes in Computer Science, page 346-355. Springer, (2005)

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Transition Cells for Navigation and Planning in an Unknown Environment., , , , and . SAB, volume 4095 of Lecture Notes in Computer Science, page 286-297. Springer, (2006)Application of a Bio-inspired Localization Model to Autonomous Vehicles., , , and . ICARCV, page 7-14. IEEE, (2018)LPMP: A Bio-Inspired Model for Visual Localization in Challenging Environments., , , , and . Frontiers Robotics AI, (2021)Navigation and Planning in an Unknown Environment Using Vision and a Cognitive Map., , and . EUROS, volume 22 of Springer Tracts in Advanced Robotics, page 129-142. Springer, (2006)Implementation of a bio-inspired neural architecture for autonomous vehicle on a reconfigurable platform., , , , , , and . ISIE, page 661-666. IEEE, (2022)Autonomous Cognitive Robots Need Emotional Modulations: Introducing the eMODUL Model., , and . IEEE Trans. Syst. Man Cybern. Syst., 49 (1): 206-215 (2019)Embedded and real-time architecture for bio-inspired vision-based robot navigation., , and . J. Real Time Image Process., 10 (4): 699-722 (2015)Attention-based smart-camera for spatial cognition., , , and . ICDSC, page 121-127. ACM, (2016)Sparse and Topological Coding for Visual Localization of Autonomous Vehicles., , , , and . SAB, volume 13499 of Lecture Notes in Computer Science, page 153-164. Springer, (2022)Frustration as a way toward autonomy and self-improvement in robotic navigation., , , , and . ICDL-EPIROB, page 1-7. IEEE, (2013)