1) I would like to find the the answer to IV.F 11 from the book, an introduction to signal
detection and estimation -- H.vincent poor.
Also, Assume X1,...,Xn are iid random variables that are uniformly distributed on [0, θ] Assume
that θ is unknown but deterministic.
-show that T(x) = max(xi) is sufficient statistic for θ
-find pθ(T) and mean of T. Is T a complete sufficient statistic or not?
-find MVUE and justify why it is MVUE. Also find the variance of MVUE
Solution
https://www.u-cursos.cl/.../An_Introduction_to_Signal_Detection_and_Esti...
Web & Social Media Analytics Previous Year Question Paper.pdf
1) I would like to find the the answer to IV.F 11 from the book, an .pdf
1. 1) I would like to find the the answer to IV.F 11 from the book, an introduction to signal
detection and estimation -- H.vincent poor.
Also, Assume X1,...,Xn are iid random variables that are uniformly distributed on [0, θ] Assume
that θ is unknown but deterministic.
-show that T(x) = max(xi) is sufficient statistic for θ
-find pθ(T) and mean of T. Is T a complete sufficient statistic or not?
-find MVUE and justify why it is MVUE. Also find the variance of MVUE
Solution
https://www.u-cursos.cl/.../An_Introduction_to_Signal_Detection_and_Esti..
![1) I would like to find the the answer to IV.F 11 from the book, an introduction to signal
detection and estimation -- H.vincent poor.
Also, Assume X1,...,Xn are iid random variables that are uniformly distributed on [0, θ] Assume
that θ is unknown but deterministic.
-show that T(x) = max(xi) is sufficient statistic for θ
-find pθ(T) and mean of T. Is T a complete sufficient statistic or not?
-find MVUE and justify why it is MVUE. Also find the variance of MVUE
Solution
https://www.u-cursos.cl/.../An_Introduction_to_Signal_Detection_and_Esti..](https://image.slidesharecdn.com/1iwouldliketofindthetheanswertoiv-230327102240-fec7051e/85/1-I-would-like-to-find-the-the-answer-to-IV-F-11-from-the-book-an-pdf-1-320.jpg)
