Computer Generation of Distributions on the M‐Sphere
By Gary Ulrich. 1984
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Citations in the corpus
- Continual Learning by Modeling Intra-Class Variation (2022, methodology): “The sampling of the vMF distribution follows the procedure of Ulrich (1984); Davidson et al. (2018) and the detailed algorithm is given in Appendix A. 4.3 Model-based MOCA x old f y h g x old f yh g+ fΔSampling x old f yh g+ fΔ xnew Dropout(h) x old f yh g+ fΔ x old xnew or h(x )-h(x)new variation…”
- Manifold GPLVMs for discovering non-Euclidean latent structure in neural data (2020, background): “5 because (i) there are well-known algorithms for sampling from the distribution using rejection-sampling (Ulrich, 1984) and (ii) both the entropy term H ( q θ ) and its gradient can be derived analytically (Davidson et al., 2018).”
- A Bayesian Analysis of Directional Data Using the von Mises–Fisher Distribution (2005, methodology): “In higher dimensions p > 3 , one can use Wood’s method (Wood, 1994) which is based on the VM algorithm of Ulrich (1984).”
- Bayesian Inference of General Linear Restrictions on the Cointegration Space (2007, unknown): “Ulrich (1984) describes an e¢ cient algorithm for generating variates from the von Mises distribution.”
- The Power Spherical distribution (2020, background): “Thus, rejection sampling is normally used to draw samples from it (Ulrich, 1984).”
- SIMULATING BESSEL RANDOM VARIABLES (2002, background): “Note however that for a ≥ 1/2, a beta (a, 1/2) random variate can be obtained in one line of code as 1 − 1 − U 2 2a−1 1 cos 2 (2πU 2 ) where U 1 , U 2 are independent uniform [0] [1] random variables (Devroye, 1996, based in part upon a formula of Ulrich, 1984).”
- Hyperspherical Variational Auto-Encoders (2018, methodology): “To sample from the vMF we follow the procedure of Ulrich (1984), outlined in Algorithm 1.”
- BAYESIAN ESTIMATION IN SINGLE-INDEX MODELS (2004, methodology): “The proposal distribution is taken as Fisher–von Mises, which is sampled using an algorithm of Ulrich (1984).”