AI question Consider the problem of moving a knight on a 3x4 chess board, with start andgoal states labeled as S and G in the figure below. The letter in each node is itsname and the subscript digit is the heuristic value h(n) for the node n. Alltransitions have cost 1.S3F, D, E,IA, K,J, B2GoH,Notes: a knight moves in the shape of a letter L.Questions :1) Construct the search graph for the knight on 3x4 board.assume:- All the algorithms do not generate paths with loops.- Nodes are selected in alphabetical order when the algorithm finds a tie.- A node is visited when that node is at the front of the search queue

Searching in depth first S A C H E B D F J K G In this case, we will push the nodes into the stack…

Answered: er the problem of moving a knight on…

er the problem of moving a knight on ates labeled as S and G in the figure - and the subscript digit is the heuristic ions have cost 1. F3 D, E, 2.

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

Related questions

Q: Vidit, Anish and Magnus are playing world chess championship and have reached towards a dead end,…

A: Given information:

Q: Discuss the differences between NP and P and provide examples to illustrate various scenarios.

A: Introduction: In computer science, the P-NP problem is a significant unsolved issue. It inquires if…

Q: [B'] We may rephrase [B] using the definition of GA to get the following state- ment. If A E P, and…

A: Answer :

Q: The missionaries and cannibals problem is usually stated as follows. Three mission- ries and three…

A: Number of missionaries needs to be less than or equal to the number of cannibals on either side of…

Q: Consider F = A → G, AG → DE, E → H, EC → B, A → D, determine (a) if AC → H can be inferred from F…

A: Given functional dependencies We have to find if AC->H can be inferred from FD or not.

Q: Consider the state space graph shown below. S is the start state and G Is the goal state. The costs…

A: Here we are given with a graph and the edge cost corresponding to each state. Our starting state is…

Q: Given a table with student scores. Based on the scores in Programming and Probability, we have to…

A: K Nearest Neighbors - Regression K nearest neighbors is a simple algorithm that stores all available…

Q: 3.8. Relating earthquake intensity to ground acceleration is an imprecise science. Sup- pose we have…

Q: block u to impede v is an arrangement u=x0→x1→x2→⋯→xk=v, where there is a street from block xi−1 to…

A: Here have to determine about the street from block programming problem statement.

Q: If you exclude all the lines that are premises, how many lines does the shortest proof of the…

Q: 2. (a) Consider the problem of finding the shortest path in a city map starting a point A and…

A: The question is to find the given problem is related to travelling salesman problem and find…

Q: ) Problem A can be reduced to 3SAI via a deterministic polynomial time reduction and 'A' E NP. What…

A: A polynomial from 3SAT3SAT to AA shows that AA is NPNP-hard. A polynomial reduction from AA to…

Q: For a go position and a color, a chain (also called solid block) is a maximal con- 5. nected set of…

A: ANSWER:: For example, the simplest number without any larger-than or smaller-than constraints,…

Q: : ) For binary hypothesis testing problem, briefly describe the thresholds under Bayes criterion,…

A: For Binary hypothesis testing problem,briefly describe the thresholds under Bayes criterion,MAP…

Q: Question 2 Suppose P=NP. Mark all statements that follow from this. Clique is decidable in…

A: Given : Given condition is P == NP. The task is to select the valid set of options.

Q: Question 3: Models of Computation (a) Are these propositional formulas satisfiable? (1) (pVg) ^ (r…

A: “Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: Using the logical equivalences proven in class show that ¬(pv q vr) =npA

A: Your question is about logical equivalences rules. Let's solve the question

Q: Vidit, Anish and Magnus are playing world chess championship and have reached towards a dead end,…

A: Given:

Q: In an optimal A* search, a- describe the problem of a heuristic function that overestimates the…

A: A* maintains a list of options it's considering, ordered by how good they might be. It keeps looking…

Q: Consider the following propositions: p="It is cloudy" q="It is rainy" r="I will play outside"…

A: Summary In this question, we have to get the inverse of the given statement. The statement is: “I…

Q: Use resolution to show that the compound proposition pV q)^ (-p v q) ^ (p v ¬q) A (-p V -g) is not…

A: We are going to prove that given compound proposition is NOT satisfiable. Please refer to image for…

Q: Show that (-p q) is equivalent to (p -q).

A: Consider both the expressions and covert to possible disjunction or conjunction and then we can…

Q: Consider the Sliding-tile Puzzle bellow: Generate the State Space Graph of this game starting from…

A: boolean Solution::search(PriorityQueue pq){ if pq.isEmpty() then return falsepuz = pq.extract()if…

Q: Algorithm of 0/1 - Knapsack problem, [dynamic programming and set method]…

A: We are doing using dynamic approach. 0/1 Knapsack problem Knapsack is a bag of given capacity. We…

Q: Find the points of inflection of the graph of the function. (Round your answers to three decimal…

A: The inflection points of f(x)=7sin(x)+sin(2x) on the interval [0,2π]: (x,y) = ( π-atan (157),-sin (…

Q: Consider the points which satisfy the equation ?^ 2≡ ?^3 + ?? + ? mod ? where a = 2, b = 1, p…

Q: Problem 4: Formulate the problem of finding the shortest path between s and t in the graph using…

A: Solution:-- 1)The given question has required for the solution to be provided with the use of the…

Q: 3. Get the optimal rote by dynamic programming.

A: Dynamic programming algorithm to find the shortest path between the source to destination is Bellman…

Q: Consider these six problems. A. Given a rod, and a set of prices p[i] for each cut of length i,…

A: Dynamic Programming (DP) is an algorithmic technique for solving an optimization problem by breaking…

Q: If there exists a state such that h(s) which is less than the lowest cost path from s to the goal…

A: We have an state h(s) which is less than the lowest cost path from s to the goal. We need to find…

Q: Consider the following graph and a heuristic function h. Please check if h is admissible * A 1 S h=4…

A: to check the admissibility of the heuristic function is given in step 2.

Q: Compute the stability function S of the Rosenbrock method (108), that is, compute the (rational)…

A: With scalar ODE, Jacobian is the exit w.r.t. y, where J = Therefore, the value of W is a scalar…

Q: Problem 4: Let S = {s1, s2, . . . , sn} and T = {t1, t2, . . . , tm}, n ≤ m, be two sets of…

A: Solution: Deteministic algorithm: In these type of algorithms the result of every algorithm is…

Q: Part(a): Explain Race Condition with example. Part(b): What are the conditions that need to hold to…

A: a) Race condition occurs when the correct working of a system or program depends on timing of one…

Q: 2) Solve the following initial value problem over the interval from t = 0 to t = 2 where Display all…

A: Answer 1) #include <stdio.h> void main() { int t,y=1; for(t=0;t<=2;t++) { y=y*t-1.1*y;…

Q: (fill in the blank) The feasible solution space for an integer programming model is the feasible…

A: Integer Programming: The feasible solution ser for integer programming model refers to any higher or…

Q: In vacuum world problem, if we increase the number of initial places from 2 to 4, how possibilities…

Q: c) Consider the following search problem, represented as a graph. Each node is labelled by a capital…

A: i)

Q: Simplify the following expression to a minimum number of li terals. This problem must be solved…

A: F(a,b,c)= bc + a'b + ab' + ac //this has 8 literals Simplifying F to minimum number of literals : =…

Q: Consider the following graph and a heuristic h. is h admissible *

A: Artificial Inteligence

Q: Find the best solution for the 0-1 knapsack problem using backtracking algoritht We have 5 items…

A: Backtracking can be used to solve the knapsack problem as shown below: Resource allocation issues…

Q: Consider the Sliding-tile Puzzle bellow: • Generate the State Space Graph of this game starting from…

A: Sliding tile puzzle can be solved using A* algorithm of artificial intelligence. A* Informed Search…

Q: linear programming model; By what method is solved?

A: Given the linear programming model; By method is solved

Q: Is there situation that 2 programs, primal (P) and dual (D) are not posiblle, like both are not…

A: The General Primal-dual pair is as follows: Min CX Max BY AX ⩾B…

Q: Consider the following popular puzzle in discrete math. When asked for the ages of her three…

Q: Problem 3. (Operator Norms.) In Mod3-L2 we saw the concept of an operator norm: || Aæ||p || 4||, =…

A: Answer is given below-

Q: For the following f and pairs of fanctions state whichh of the relatiouships fE O(g) and /or fE o…

A: As per our guidelines, only 3 sub parts will be answered. So, please repost the remaining questions…

Q: Write a short computer program to calculate CV for an Einstein solid and show these results as a…

A: As it Is not given in which language we can answer the question. So I am writing the code in Matlab

Q: 1.1) Write a short computer program to calculate Cy for an Einstein solid and show these results as…

A: Matlab code is given below to implement Einstein solid to calculate Cv

Question

AI question

Consider the problem of moving a knight on a 3x4 chess board, with start and
goal states labeled as S and G in the figure below. The letter in each node is its
name and the subscript digit is the heuristic value h(n) for the node n. All
transitions have cost 1.
S3
F, D, E,
I
A, K,
J, B2
Go
H,
Notes: a knight moves in the shape of a letter L.
Questions :
1) Construct the search graph for the knight on 3x4 board.
assume:
- All the algorithms do not generate paths with loops.
- Nodes are selected in alphabetical order when the algorithm finds a tie.
- A node is visited when that node is at the front of the search queue

Branch of computer science concerned with using technology to solve problems that typically require human intelligence.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.

Similar questions

link(a,b). link(a,c). link(b,c). link(b,d). link(c,d). link(d,e). link(d,f). link(e,f). link(f,g). Using The above Formulate the appropriate Prolog predicate "path(X,Y,N)" which is true if (and only if) there is a path of length "N" from node "X" to node "Y". For example, there is a path of length 2 from "a" to "d": "a->b->d", but also "a->c->d", and so "path(a,d,2)" gives "true" (two times). There is also a path of length 3 from "a" to "d": "a->b->c->d". Test this predicate out on the above network to verify whether or not it is working correctly. Once this is working correctly, note now, that e.g., "path(a,e,N)." will give multiple answers:
We can implement requests to the waiter as either a queue of requests or as a periodic retry of a request. With a queue, requests are handled in the order they are received. Th e problem with using the queue is that we may not always be able to service the philosopher whose request is at the head of the queue (due to the unavailability of resources). Describe a scenario with 5 philosophers where a queue is provided, but service is not granted even though there are forks available for another philosopher (whose request is deeper in the queue) to eat.If we implement requests to the waiter by periodically repeating our request until the resources become available, will this solve the problem described in the above Exercise? Explain.
A wave is modeled by the wave function: y (x, t) = A sin [ 2π/0.1 m (x - 12 m/s*t)] y1 (t) = A sin (2πf1t) y2 (t) = A sin (2πf2t) Using any computer program, construct the wave dependency graph resultant y (t) from time t in the case when the frequencies of the two sound waves are many next to each other if the values are given: A = 1 m, f1 = 1000 Hz and f2 = 1050 Hz. Comment on the results from the graph and determine the value of the time when the waves are with the same phase and assemble constructively and the time when they are with phase of opposite and interfere destructively. Doing the corresponding numerical simulations show what happens with the increase of the difference between the frequencies of the two waves and vice versa.
Please answer the following question in depth with full detail. Consider the 8-puzzle that we discussed in class. Suppose we define a new heuristic function h3 which is the average of h1 and h2, and another heuristic function h4 which is the sum of h1 and h2. That is, for every state s ∈ S: h3(s) =h1(s) + h2(s) 2 h4(s) =h1(s) + h2(s) where h1 and h2 are defined as “the number of misplaced tiles”, and “the sum of the distances of the tiles from their goal positions”, respectively. Are h3 and h4 admissible? If admissible, compare their dominance with respect to h1 and h2, if not, provide a counterexample, i.e. a puzzle configuration where dominance does not hold.
Suppose we want to use UCS and the A* algorithm on the graph below to find the shortest path from node S to node G. Each node is labeled by a capital letter and the value of a heuristic function. Each edge is labeled by the cost to traverse that edge. Perform A*, UCS, and BFS on this graph. Indicate the f, g, and h values of each node for the A*. e.g., S = 0 + 6 = 6 (i.e. S = g(S) + h(S) = f(S)). Additionally, show how the priority queue changes with time. Show the order in which the nodes are visited for BFS and UCS. Show the path found by the A*, UCS, and BFS algorithms on the graph above. Make this example inadmissible by changing the heuristic value at one of the nodes. What node do you choose and what heuristic value do you assign? What would be the A* algorithm solution then.
Consider a fully-connected artificial neural network with one hidden layer, i.e., a multilayer perceptron (MLP), which has 5 inputs, 3 neurons in the hidden layer, and 1 output neuron. The relation between the output y and the inputs x = [x1, . . . , x5] is given by y(x) = f (w, φ(x)), where φ(x) = [φ1(x), φ2(x), φ3(x)] 1. Draw the diagram that shows the inputs, nuerons, connections, correspond-ing weight parameters, and activation functions. 2. Explain the relation y(x) = f (w, φ(x)): write the explicit relation, explainthe role of functions f and φ(x), and state examples of functions.
For each pair of atomic sentences, give the most general unifier if it exists: 1. P(N, M, z), P(x, y, N). 2. Q(x, y, M), Q(N, M, x). 3. Knows(y, y), Knows(Father(x), x).
Given an abstraction of the City Tube Map where each node represents the city’s attraction, plan the trip for the tourist to visit. Start from node 1 that is their hotel, a group of tourists wants to visit all places. However, due to the time limitation, they can only visit each attraction once. To find the best order of places to visit, genetic algorithm can be used to derive the best possible solutions.
Review the 8-puzzle problem. Consider that the initial state is 1 3 48 27 6 5and the goal state is1 2 38 47 6 5Apply the breath-first-search method to obtain the path from the initial state to the goal state. Youneed to show the corresponding search tree. As soon as you find the goal state, you can stop the searchprocess.
Simulate the node expansion from start state (S) to reach goal state (G) using BFS, DFS, UCS, Greedy, A*, and also given heuristic function that h(A) = 8 , h(B) = 9, h(C) = 7, h(D) = 5, h(F) = 4, h(H) = 2, h(G) = 0, h(J) = 3,h(I) = 1
Implement a graphical system to manage employees using an employee id, employee name, and years of service. The system should usea B-tree of order 7 to store employees, and it must provide the abilityto add and remove employees. After each operation, your system mustupdate a sorted list of employees sorted by name on the screen.
link(a,b). link(a,c). link(b,c). link(b,d). link(c,d). link(d,e). link(d,f). link(e,f). link(f,g). Using the above Formulate the appropriate Prolog predicate "path(X,Y,N)" which is true if (and only if) there is a path of length "N" from node "X" to node "Y". For example, there is a path of length