Drive link for the pdf file and matlab file:

https://drive.google.com/drive/folders/1FjJXWrscCk4JVfjeoAsQ-YwJ0OApYK0P?usp=sharing

I have written three matlab file :

integration.m file for the integration inside equation 14 .

FI_I.m file for the equation 14 and call the integration function (integration.m) inside it.

non_zero_o.m file for finally write a code for plotting the equation 16 where I tried to call the function for equation 14

there exist error in the code you may have to correct them.

I am trying to plot a figure similar the given Fig.1 for non-zero boresight pointing error (details is given on the pdf) using the equation 14 and 16.  And for Zero-boresight pointing error using the equation 13 and 16.

N.B: In zero-boresight (equation 13) there is a function named Meijer for which I am stuck to write the code.

Transcribed Image Text:

ABER 10-5 10-6. 10-7 10-8 10-⁹. 0 5 10 15 P [dB] 20 a 3.99, ß = 6, non-zero boresight --a = 3.99, ß = 4, non-zero boresight -A-a 3.99, ß = 2, non-zero boresight --a 3.99, ß = 6, zero boresight a = 3.99, B = 4, zero boresight a 3.99, ß = 2, zero boresight a 3.5, ß 2, non-zero boresight --a = 3.7, ß 2, non-zero boresight --a = 3.99, ß = 2, non-zero boresight a = 3.5, ß = 2, zero boresight --a = 3.7, B= 2, zero boresight a = 3.99, ß 2, zero boresight 25 30 Fig. 1. ABER for non-zero and zero boresight pointing errors when z =4 km, a = 0.1 m, s = 0.3 m, and σ = 8 dB/km. ABER 10-5 10-6. 10-7 10-8 10-⁹. 0 5 10 15 P [dB] 20 a 3.99, ß = 6, non-zero boresight --a = 3.99, ß = 4, non-zero boresight -A-a 3.99, ß = 2, non-zero boresight --a 3.99, ß = 6, zero boresight a = 3.99, B = 4, zero boresight a 3.99, ß = 2, zero boresight a 3.5, ß 2, non-zero boresight --a = 3.7, ß 2, non-zero boresight --a = 3.99, ß = 2, non-zero boresight a = 3.5, ß = 2, zero boresight --a = 3.7, B= 2, zero boresight a = 3.99, ß 2, zero boresight 25 30 Fig. 1. ABER for non-zero and zero boresight pointing errors when z =4 km, a = 0.1 m, s = 0.3 m, and σ = 8 dB/km.