Research Article
A 5G Beam Selection Machine Learning Algorithm for Unmanned Aerial Vehicle Applications
Algorithm 1
Pseudocode of proposed reinforcement algorithm.
1. Input: | 2. Prime perspective divider: Create divider of perspective astronomical | Into hyper-cubes of duplicate amounts | 3. Prime stands: Aimed by entirely and entirely the stand | 4. Prime guesses: Aimed at totally and wholly , set | 5. for each do | 6. Perceive car settings | 7 Discovery in that | 8. Calculate the usual of under-explored grins trendy (6) | 9 if -formerly assessment | 10. | 11. if then | 12. choice randomly from | 13. else | 14. choice equally beams from | 15. choice equally the from (9) | | 16. else if | 17 else | 18. select for instance the | as a (10) | 19. end if | 20. Detect the acknowledged date of every car in every | 21 for do | 22. for do | 23. and | 24. end for | 25. end for | 26. end for |
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