Q8.2Which of the following is the size of the state space?Ο ΜΝΟ ΜΝΤΟ ΜΝΒΟ ΜΝΤBO (MN)B+1O 2MN M NO (MN)³+12BSave AnswerQ8.3Which of the following heuristics are admissible (if any)?O Cost of optimal path to target in the simpler problem that has no birds.Manhattan distance from the insect's current position to the target.O Manhattan distance from the insect's current position to the nearest bird.Manhattan distance from the insect's current position to the target divided by three.Save Answer Q8 Hive Minds: Migrating BirdsYou again control a single insect, but there are B birds flying along known paths. Specifically, attime t each bird b will be at position (x¿(t), Yb(t)). The tuple of bird positions repeats withperiod T. Birds might move up to 3 squares per time step. An example is shown below, butkeep in mind that you should answer for a general instance of the problem, not simply the mapand path shown below.Your insect can share squares with birds and it can even hitch a ride on them!On any time step that your insect shares a square with a bird, the insect mayeither move as normal or move directly to the bird's next location (eitheraction has cost 1, even if the bird travels farther than one square).

solution 8.2) The state space can be addressed utilizing the option C which is only a combination…

Which of the following is the size of the state space? Ο ΜΝ Ο ΜΝΤ Ο ΜΝB Ο ΜΝΤB O (MN)B+1 O 2MN MN O (MN)B+12B Save Answer Q8.3 Which of the following heuristics are admissible (if any)? Cost of optimal path to target in the simpler problem that has no birds. Manhattan distance from the insect's current position to the target. Manhattan distance from the insect's current position to the nearest bird. Manhattan distance from the insect's current position to the target divided by three.

Which of the following is the size of the state space? Ο ΜΝ Ο ΜΝΤ Ο ΜΝB Ο ΜΝΤB O (MN)B+1 O 2MN MN O (MN)B+12B Save Answer Q8.3 Which of the following heuristics are admissible (if any)? Cost of optimal path to target in the simpler problem that has no birds. Manhattan distance from the insect's current position to the target. Manhattan distance from the insect's current position to the nearest bird. Manhattan distance from the insect's current position to the target divided by three.

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

Publisher:James Kurose, Keith Ross

Chapter1: Computer Networks And The Internet

Section: Chapter Questions

Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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