Planning with tensor networks based on active inference von Wauthier, Samuel T, Verbelen, Tim, Dhoedt, Bart, Vanhecke, Bram

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Learning Generative State Space Models for Active Inference von Çatal, Ozan, Wauthier, Samuel, De Boom, Cedric, Verbelen, Tim, Dhoedt, Bart

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Model Reduction Through Progressive Latent Space Pruning in Deep Active Inference von Wauthier, Samuel T, De Boom, Cedric, Çatal, Ozan, Verbelen, Tim, Dhoedt, Bart

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Planning with tensor networks based on active inference von Wauthier, Samuel, Verbelen, Tim, Dhoedt, Bart, Vanhecke, Bram

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Learning generative models for active inference using tensor networks von Wauthier, Samuel, Vanhecke, Bram, Verbelen, Tim, Dhoedt, Bart

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Model reduction through progressive latent space pruning in deep active inference von Wauthier, Samuel, De Boom, Cedric, Catal, Ozan, Verbelen, Tim, Dhoedt, Bart

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Learning generative state space models for active inference von Catal, Ozan, Wauthier, Samuel, De Boom, Cedric, Verbelen, Tim, Dhoedt, Bart

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Learning Generative Models for Active Inference using Tensor Networks von Wauthier, Samuel T, Vanhecke, Bram, Verbelen, Tim, Dhoedt, Bart

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Tensor networks for active inference with discrete observation spaces von Wauthier, Samuel, Vanhecke, Bram, Verbelen, Tim, Dhoedt, Bart

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Dynamic narrowing of VAE bottlenecks using GECO and L0 regularization von De Boom, Cedric, Wauthier, Samuel, Verbelen, Tim, Dhoedt, Bart

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Dynamic Narrowing of VAE Bottlenecks Using GECO and L0 Regularization von De Boom, Cedric, Wauthier, Samuel, Verbelen, Tim, Dhoedt, Bart

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A learning gap between neuroscience and reinforcement learning von Wauthier, Samuel T, Mazzaglia, Pietro, Çatal, Ozan, De Boom, Cedric, Verbelen, Tim, Dhoedt, Bart

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A learning gap between neuroscience and reinforcement learning von Wauthier, Samuel, Mazzaglia, Pietro, Catal, Ozan, De Boom, Cedric, Verbelen, Tim, Dhoedt, Bart

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Learning Generative Models for Active Inference using Tensor Networks von Wauthier, Samuel T, Vanhecke, Bram, Verbelen, Tim, Dhoedt, Bart

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Deep Active Inference for Autonomous Robot Navigation von Çatal, Ozan, Wauthier, Samuel, Verbelen, Tim, De Boom, Cedric, Dhoedt, Bart

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Dynamic Narrowing of VAE Bottlenecks Using GECO and L0 Regularization von De Boom, Cedric, Wauthier, Samuel, Verbelen, Tim, Dhoedt, Bart

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A learning gap between neuroscience and reinforcement learning von Wauthier, Samuel T, Mazzaglia, Pietro, Çatal, Ozan, De Boom, Cedric, Verbelen, Tim, Dhoedt, Bart

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Deep Active Inference for Autonomous Robot Navigation von Çatal, Ozan, Wauthier, Samuel, Verbelen, Tim, De Boom, Cedric, Dhoedt, Bart

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Organ-specific metastases obtained by culturing colorectal cancer cells on tissue-specific decellularized scaffolds von Tian, Xi, Werner, Michael E, Roche, Kyle C, Hanson, Ariel D, Foote, Henry P, Yu, Stephanie K, Warner, Samuel B, Copp, Jonathan A, Lara, Haydee, Wauthier, Eliane L, Caster, Joseph M, Herring, Laura E, Zhang, Longzhen, Tepper, Joel E, Hsu, David S, Zhang, Tian, Reid, Lola M, Wang, Andrew Z

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Organ-specific metastases obtained by culturing colorectal cancer cells on tissue-specific decellularized scaffolds von Tian, Xi, Werner, Michael E., Roche, Kyle C., Hanson, Ariel D., Foote, Henry P., Yu, Stephanie K., Warner, Samuel B., Copp, Jonathan A., Lara, Haydee, Wauthier, Eliane L., Caster, Joseph M., Herring, Laura E., Zhang, Longzhen, Tepper, Joel E., Hsu, David S., Zhang, Tian, Reid, Lola M., Wang, Andrew Z.

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