### Game Tree AnalysisThe diagram presented is a game tree used to illustrate the minimax algorithm, which is a decision-making algorithm used in artificial intelligence, particularly in game theory.#### Structure of the Game Tree- **Levels of Nodes:** - The tree consists of four levels. - **Top Level (Root):** A single square node. - **Second Level:** Circle nodes. - **Third Level:** Square nodes. - **Bottom Level:** Contains numerical values.- **Leaf Nodes (Bottom Level):** - Numerical values from left to right are: 7, 4, 2, 3, -1, -2, 3, -1, 4, 5, 5, 7, 8.- **Nodes Explanation:** - **Circles** represent MAX nodes, aiming to maximize the value. - **Squares** represent MIN nodes, aiming to minimize the value.### Questions1. **Maximizing Strategy:** - "If the circles are MAX nodes and the squares are MIN nodes, what is the minimax value of this game tree?" - Respond with the calculated minimax value.2. **Position Analysis:** - "Does it look like a position that is more likely to be a win for MAX or for MIN?" - Select between MAX or MIN as the favorable position.3. **Reversed Strategy:** - "If instead the squares are MAX nodes and the circles are MIN nodes, what is the minimax value of this game tree?" - Provide the alternative minimax value.### Analysis Instructions- Analyze the tree from the bottom up, determining the MAX and MIN values at each level.- Apply the minimax algorithm accordingly, switching between maximization and minimization at each level transition.This visual representation serves to understand the intricacies of decision-making in competitive environments and illustrates basic principles of AI strategy formulation.

If the circles are MAX nodes and the squares are MIN nodes, the minimax value is 4. It looks like a position that is more likely to be a win for MAX. If the squares are MAX nodes and the circles are MIN nodes, the minimax value is 3. Explanation: If the circles are MAX nodes and the squares are MIN nodes, the minimax value is 4 If the squares are MAX nodes and the circles are MIN nodes, the minimax value is 3

Answered: If the circles are MAX nodes and the…

Engineering

Computer Science

If the circles are MAX nodes and the squares are MIN nodes, what is the minimax value of this game tree?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

Question 8 Given the following recursive method, what would be the output assuming that the root is the passing value to node parameter private int unknown(Node<Integer> node) { if (node == null) return 0; else return( 2*node.data + unknown(node.left)); } a. It will return the double of the summation of the left subtree of the root. b. It will return the summation of double of the data of the root with the data values of the subtree of the root node. c. It will return the double of the summation of the root node. d. It will return the double of the summation of the data of the root node and only the data of the left nodes of the left subtree of the root node.
TREE A: 6. 1 4 7 9 1. Is tree A a binary search tree? 2. If tree A is a binary search tree, is it balanced or skewed? If it is not a binary search tree, why not?
Apply α-β pruning to the following two-player game tree. (a) how many evaluations, i.e. visiting terminal nodes, are saved due to α-β pruning over MiniMax? (b) what version of this tree do further improvements offer concerning the number of evaluations?
In a game tree, there are 2 players (Player 1 and Player 2). And they each have 2 options (Yes and No) and they each play three times sequentially - starting with player 1 first. How do you create the normal form from this game tree?
In what order are positions visited during a post-order traversal of the treedisplayed below? Label each node with the correct number Programming language: Java with output
Identify the error in the following algorithm to search for a node in the singly-linked list of students. ListSearch(students, key) {curNode = students⇢headwhile (curNode is null) {if (curNode⇢data == key) {return curNode}curNode = curNode⇢next}return null} Group of answer choices The if condition should be if (curNode⇢data != key). The statement curNode = students⇢head should be curNode = students⇢tail. The statement curNode = curNode⇢next should be curNode = students⇢head. The while condition should be while (curNode is not null).
Please send me answer within 10 min!! I will rate you good for sure!! Please send me typed answer!!
How many children is each node allowed to have in a binary search tree? Answer all that apply. I know one of the answers is 2 but there is at least another one. 3 1 0 2
How does a Decision Tree handle continuous (numerical) features? Explain this fact with the help of an appropriate example. N.B: This is very easy question. Please solve this question and give me answew in 1 hour. It's argent. Please Help Me Please
Use alpha beta pruning to find out which branches of the game tree are explored. If a branch is not explored then cross it out. If a branch is explored then put a tick mark against it. Don't leave it blank. Also, show the values of alpha and beta wherever necessary. Alpha is the score for max and beta is the score for min. It is Max's turn to play at the root level. X
We have established a family tree and each node in the family tree is a member. Now we want to find out how many family members are in the family. Please write down the algorithm.
38. Which of the following nodes should be the root of Tree A so that nodes B and I will be of the same level? Tree A A. node D C. node F B. node E D. node G 38