From Animals to Animats 16

​Embodiment.-&nbsp;How to Design Morphologies. A Design Process for Autonomous Robots.-&nbsp;Exploring sensitization in the context of extending the behavior of an&nbsp;artificial agent.-&nbsp;Investigating a Minimal Categorical Perception Task with a Node-Based&nbsp;Sensorimotor Map.-&nbsp;Deep Gaussian Processes for Angle and Position Discrimination in Active Touch Sensing.-&nbsp;Neural Body Bending Control with Temporal Delays for Millipede-Like&nbsp;Turning Behaviour of a Multi-Segmented, Legged Robot.-&nbsp;Brain-Inspired Control, Adaptation, and Learning.-&nbsp;Yoking-Based Identification of Learning Behavior in Artificial and&nbsp;Biological Agents.-&nbsp;Is free energy an organizational principle in spiking neural networks?.-&nbsp;Create Efficient and Complex Reservoir Computing Architectures with&nbsp;ReservoirPy.-&nbsp;Adaptive Inhibition for Optimal Energy Consumption by Animals,&nbsp;Robots and Neurocomputers.-&nbsp;Adapting to Environment Changes through Neuromodulation of&nbsp;Reinforcement Learning.-&nbsp;Multi-task learning with modular reinforcement learning.-&nbsp;Bio-inspired Vision and navigation.-&nbsp;Same/different concept: an embodied spiking neural model in a learning&nbsp;context.-&nbsp;Sparse and topological coding for visual localisation of autonomous&nbsp;vehicles.-&nbsp;Contribution of the retrosplenial cortex to path integration signatures&nbsp;and spatial codes.-&nbsp;Flexible Path Planning in a Spiking Model of Replay and Vicarious<div>Trial and Error.-&nbsp;Affective and Social Cognition and Collective Intelligence.-&nbsp;Impact of the Update Time on the Aggregation of Robotic Swarms&nbsp;through Informed Robots.-&nbsp;On the Adaptive Value of Mood and Mood Contagion.</div>