Let X be the universe, the set representing all possible states of a system. The power...
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Let X be the universe, the set representing all possible states of a system. The power set 2* is the set of all subsets of X, including the empty set Ø. If X = {a, b}, two states in the system => 2X = {Ø, {a}, {b}, {a, b}} There are two observers 0₁ and 0₂, who make their observations independently => leading to two different sets of belief masses. For example, m₁ (0) = 0, m₁({a}) = 0.4, m₁({b}) = 0.3, m₁({a,b}) = 0.3 m₂ (0) = 0, m₂({a}) = 0.3, m₂({b}) = 0.5, m₂({a,b}) = 0.2 How to calculate the belief mass of set A = {a}? How to calculate the belief mass of set A = {b}? How to calculate the belief mass of set A = {a, b}? Let X be the universe, the set representing all possible states of a system. The power set 2* is the set of all subsets of X, including the empty set Ø. If X = {a, b}, two states in the system => 2X = {Ø, {a}, {b}, {a, b}} There are two observers 0₁ and 0₂, who make their observations independently => leading to two different sets of belief masses. For example, m₁ (0) = 0, m₁({a}) = 0.4, m₁({b}) = 0.3, m₁({a,b}) = 0.3 m₂ (0) = 0, m₂({a}) = 0.3, m₂({b}) = 0.5, m₂({a,b}) = 0.2 How to calculate the belief mass of set A = {a}? How to calculate the belief mass of set A = {b}? How to calculate the belief mass of set A = {a, b}?
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to calculate the belief mass of a set A in DempsterShafer theory we need to use the follow... View the full answer
Related Book For
Probability And Statistics
ISBN: 9780321500465
4th Edition
Authors: Morris H. DeGroot, Mark J. Schervish
Posted Date:
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