Question: 7.10. Consider a stationary (0, A) Cox process. (a) Show that Pr{N((0, h]) > 0, N((h, h + t]) = 0) = f(t; A) -
7.10. Consider a stationary (0, A) Cox process.
(a) Show that Pr{N((0, h]) > 0, N((h, h + t]) = 0) = f(t; A) - f(t + h; A), whence
![Pr{N((h, ht]) 0|N((0, h]) > 0} = f(t; )f(th; 1 - f(h;](https://dsd5zvtm8ll6.cloudfront.net/images/question_images/1730/3/6/0/7346723359e186451730360526451.jpg)
(c) We interpret the limit in
(b) as the conditional probability Pr (N((O, t]) = 01 Event occurs at time 0).
Show that Pr{N((0, t]) = 01 Event at time 01 = p+e-K+' + p_e-,U-', where
![) (b) Establish the limit where lim Pr{N((h, h + t]) =](https://dsd5zvtm8ll6.cloudfront.net/images/question_images/1730/3/6/0/744672335a8ee85c1730360537336.jpg)
(d) Let The the time to the first event in (0,
c) in a stationary (0, A) Cox process with a = /3 = 1 and A = 2. Show that E[rIEvent at time 0] = 1.
Why does this differ from the result in Problem 7.4?
Pr{N((h, ht]) 0|N((0, h]) > 0} = f(t; )f(th; 1 - f(h; ) (b) Establish the limit where lim Pr{N((h, h + t]) = 0|N((0, h]) > 0} = h-0 df(t; ) f'(t; ) = dt f'(t; ) f'(0; )'
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