Normalizing flows, diffusion normalizing flows and variational autoencoders are powerful generative models. This Element provides a unified framework to handle these approaches via Markov chains. The authors consider stochastic normalizing flows as a pair of Markov chains fulfilling some properties, and show how many state-of-the-art models for data generation fit into this framework. Indeed numerical simulations show that including stochastic layers improves the expressivity of the network and allows for generating multimodal distributions from unimodal ones. The Markov chains point of view enables the coupling of both deterministic layers as invertible neural networks and stochastic layers as Metropolis-Hasting layers, Langevin layers, variational autoencoders and diffusion normalizing flows in a mathematically sound way. The authors' framework establishes a useful mathematical tool to combine the various approaches.
The present volume provides for the long-felt need for a new critical edition of, and a full commentary on the Assumption of Moses, a Palestinian Jewish pseudepigraphon from the first century A.D. The book consists of four parts: I. Critical edition; II. Description of the Latin used in the text; III. The history of research on As. Mos., including the author's conclusions with regard to the literary-historical questions; IV. Detailed commentary. A bibliography and indices complete the book. This edition and commentary greatly enhance the accessibility of one of the most important witnesses of first-century Judaism, the matrix of earliest Christianity.
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