..
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AIF-agent.png
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B-fig-2.13.png
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B-fig-2.2.png
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Bishop-Figure1.2.png
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Bishop-Figure106.png
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Bishop-Figure4.5b.png
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Bishop-Figure9.14.md
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Bishop-Figure914.png
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Bishop-book-cover.jpg
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Bishop-figure10.6.pptx
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FE-and-EFE-design-cycle.pptx
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Faragher-2012-cart-1.png
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Faragher-2012-cart-2.png
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Faragher-2012-cart-3.png
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Figure10.1a.png
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Figure13.7.png
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Figure3.1b.png
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Figure3.7.pdf
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Figure3.7.png
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Figure3.8.png
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Figure3.9.png
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Figure4.14.png
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Figure4.14a.png
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Figure4.9.png
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Figure98.jpg
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KL-Gauss-Example.png
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PP2-multiobs.png
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PP2-singleobs.png
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RL-example.png
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Synthetic-FEP-agent.png
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VMP-two-nodes.png
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VMP-two-nodes.pptx
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agent-cart-interaction.png
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agent-cart-interaction.pptx
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agent-environment-interaction.png
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agent-environment-interaction.pptx
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anim_bay_ct.gif
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anim_bay_ct_log_evidence.gif
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anim_lat_kl.gif
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blei-variational-inference.png
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brain-design-cycle.png
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cart-bg.png
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ffg-EM-node-1.html
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ffg-EM-node-1.png
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ffg-EM-node-2.html
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ffg-EM-node-2.png
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ffg-Gaussian-node.html
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ffg-Gaussian-node.png
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ffg-active-inference-for-policy.png
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ffg-active-inference-for-policy.pptx
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ffg-addition-node.html
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ffg-addition-node.png
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ffg-bayesian-linear-regression.png
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ffg-bayesian-linear-regression.pptx
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ffg-equality-node.html
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ffg-equality-node.png
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ffg-example-1.html
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ffg-example-1.png
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ffg-example-prob-model.html
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ffg-example-prob-model.png
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ffg-gain-node.html
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ffg-gain-node.png
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ffg-general-messages.html
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ffg-general-messages.png
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ffg-message-passing-1.html
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ffg-message-passing-1.png
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ffg-message-passing-2.html
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ffg-message-passing-2.png
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ffg-message-passing-3.html
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ffg-message-passing-3.png
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ffg-message-passing.png
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ffg-multiplier-node-1.html
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ffg-multiplier-node-1.png
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ffg-multiplier-node-2.html
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ffg-multiplier-node-2.png
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ffg-multiplier-node-3.html
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ffg-multiplier-node-3.png
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ffg-observation-y-3.png
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ffg-observations-2.html
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ffg-observations-2.png
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ffg-observations.html
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ffg-observations.png
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ffg-state-space-filtering.png
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ffg-state-space-filtering.pptx
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ffg-state-space-prediction.png
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ffg-state-space-prediction.pptx
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ffg-state-space-smoothing.png
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ffg-state-space-smoothing.pptx
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ffg-state-space-with-state-estimation.html
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ffg-state-space-with-state-estimation.png
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ffg-state-space-with-state-estimation.pptx
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ffg-state-space.html
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ffg-state-space.png
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ffg-state-space.pptx
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ffg-sum-product.html
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ffg-sum-product.png
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ffg-terminal-node-message.png
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ffg-wEquality-node.html
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ffg-wEquality-node.png
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fig-Bayesian-scientific-method.md
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fig-Bayesian-scientific-method.png
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fig-Bishop-A5-Old-Faithfull.png
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fig-FA-eq1.png
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fig-Zoubin-clustering-example.png
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fig-ZoubinG-GMM-universal-approximation.png
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fig-active-inference-model-specification.png
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fig-active-inference-model-specification.pptx
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fig-bishop12.png
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fig-classification-generative-1.md
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fig-classification-generative-1.png
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fig-classification-generative-2.md
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fig-classification-generative-2.png
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fig-classification-generative-3.md
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fig-classification-generative-3.png
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fig-classification-generative-4.md
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fig-classification-generative-4.png
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fig-classification-not-gaussian.png
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fig-coin-toss-posterior.png
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fig-compression-example.png
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fig-generative-Gaussian-models.md
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fig-generative-Gaussian-models.png
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fig-linear-system.md
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fig-linear-system.png
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fig-online-active-inference.pdf
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fig-online-active-inference.png
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fig-online-active-inference.pptx
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figures-for-5SSD0.pptx
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friston-fep.jpg
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good-regulator.png
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large-factor-graph.jpg
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ml-and-scientific-loop-2
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ml-and-scientific-loop-2.png
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ml-and-scientific-loop.html
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ml-and-scientific-loop.png
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ml-taxonomy.png
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preface-data-analysis-a-Bayesian-tutorial.png
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scientific-inquiry-loop-complete.png
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scientific-inquiry-loop-w-BML-eqs.png
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scientific-inquiry-loop.png
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the-gardener.png
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