Welcome to Premium Paper Help

Project 3: invertible probability function In a normalizing flow model, the decoding function


Project 3: invertible probability function

In a normalizing flow model, the decoding function is designed to be the exact inverse of the encoding function and quick to calculate, giving normalizing flows the property of tractability. However, neural networks are not by default invertible functions. This project is about creating an invertible process. Suppose we have a probability distribution  

· p(x_1,x_2) = (x_1-1) * x_2 / 9  

· ‘p’ is defined over a rectangle [1 4] and [0 2] 

· ‘p’ integrates to 1 over the domain of the distribution 

Submit the following: 

1. show and explain the equations that are used for technique known as change of variables, that enable creation of an invertible process

2. show the final transformed function that has proper probability distribution

3. explain in short, the meaning of each equation under 1. and the meaning of final equation under 2 

Share This Post

Email
WhatsApp
Facebook
Twitter
LinkedIn
Pinterest
Reddit

Order a Similar Paper and get 15% Discount on your First Order

Related Questions

Please help with my assignment Module 3 – Case CONFLICT AND NEGOTIATION Assignment

Please help with my assignment Module 3 – Case CONFLICT AND NEGOTIATION Assignment Overview Types of Conflicts According to Deng, Zhang, and Fan (2021), channel conflicts (between manufacturers and distributors) are categorized as functional or dysfunctional.  Functional conflict refers to differences in opinions between a manufacturer and a distributor regarding

Paper 2: Thinking Through a Modern Problem Using an Ancient Text Length:           500-650 words (about 2 pages, doubled spaced) plus Works Cited

Paper 2: Thinking Through a Modern Problem Using an Ancient Text Length:           500-650 words (about 2 pages, doubled spaced) plus Works Cited page                   Sources that could be used: Sappho, “One Girl,” around 600 BCE Enheduana, “Temple Hymns,” around 2500 BCE Anonymous, Beowulf, around 1000 CE Homer, Iliad, around 700 BCE