Generalized simulation results across multiple animal HD trajectory data. by Yijia Yan (49568)

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aLB cells show high encoding capacity across multiple environments. by Yijia Yan (49568)

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The basic structure of the HD system with two-stage visual landmark processing. by Yijia Yan (49568)

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Prediction of egg weight from egg quality characteristics via ridge regression and regression tree methods by Hikmet Orhan (12801823)

“…R2 (%) coefficients for RR and MLR methods were found as 93.15% and 93.4% without multicollinearity problems due to very low VIF values, varying from 1 to 2, respectively. Being a visual, non-parametric analysis technique, regression tree method (RTM) based on CHAID algorithm performed a very high predictive accuracy of 99.988% in the prediction of EW. …”

Activation patterns of aLB cells in Fig 4. by Yijia Yan (49568)

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Three conflicting environments with simulation results in dRSC signals. by Yijia Yan (49568)

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aLB cells express a unimodal representation of landmark bearing via modified OSA. by Yijia Yan (49568)

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Testing scenery-based HD encoding at a sensory level with the two-environment scheme. by Yijia Yan (49568)

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The ascending sorted acronyms. by Yijia Yan (49568)

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aLB cells show high encoding capacity against visual noise across 20 rich environments in S9 Fig. by Yijia Yan (49568)

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HD trajectory data. by Yijia Yan (49568)

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aLB cells show high encoding capacity across 20 rich environments apart from each other. by Yijia Yan (49568)

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aLB cells show high encoding capacity against visual noise across 10 rich environments (cf. Fig 4). by Yijia Yan (49568)

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Activation patterns of aLB cells in Fig 3C. by Yijia Yan (49568)

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aLB cells exhibit robustness against unstable or ephemeral cues, and can incorporate novel cues. by Yijia Yan (49568)

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aLB cells show high encoding capacity against visual noise across 10 environments in Fig 4. by Yijia Yan (49568)

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The retrieval utility of aLB cells under multi-environmental exploration similar to Fig 4. by Yijia Yan (49568)

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Temporal evolution of global representations of aLB cells with modified OSA. by Yijia Yan (49568)

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Mirrored environments with the simulation result in dRSC signals. by Yijia Yan (49568)

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dRSC signals stabilize global subcortical HD signals for the simulation in Fig 5. by Yijia Yan (49568)

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