Figure 1 - uploaded by Rachael Bond
Content may be subject to copyright.
Download
View publication
Probability space for P (H|D 1 ∩ D 2 ) of the 0.5:0.5 likelihood Bayesian contingency table (6)

Probability space for P (H|D 1 ∩ D 2 ) of the 0.5:0.5 likelihood Bayesian contingency table (6)

Source publication
Figure 1: Probability space for P (H|D 1 ∩ D 2 ) of the 0.5:0.5...
Figure 2: Differential probability space, ∆(P (H|D 1 ∩ D 2 ), for the...
Is Probability Space Nonlinear?
Preprint
Full-text available
  • Aug 2020
This article presents a new interpretation of the structure of subjective Bayesian probability spaces. Rather than assuming the linear space of classical statistical theory, it is proposed that Bayes' theorem demands a curved, non-linear probability space. This finding challenges over 250 years of accepted assumptions about Bayes Theorem and necess...

Contexts in source publication

Context 1
... primary consequence of applying this isomorphic approach to Bayes' theorem is that, due to the sqaure-root terms in c i , any p-space must be nonlinear. This nonlinearity can be seen by plotting the difference between Figure 1 and its isomorphic Bayesian equivalent for the 0.5:0.5 contingency table (6) ...
Context 2
... assumption of a "flat" distribution, where every outcome is equally likely, means that the p-space of (6) forms a multi-linear curved surface ( Figure 1). ...

Similar publications

Fig. 1. Supply chain of sea container transportation, represented with...
Smart Containers Technology Evaluation in an Enterprise Architecture Context (Business Case for Container Liner Shipping Industry)
Chapter
Full-text available
  • Jan 2021
The current state of the economy and technology development requires cross-functional, horizontal management of shared information. Organizations deploys technologies which enable value-added exchange of data. The supply chain become a cooperation of partners that agree on common goals and who brings specific strength to the overall value creation...