help me to solve the problem 1. Solve the Eight Tiled Puzzle Problem Using Hill-climbing algorithm with the help ofC++ programming language. Initial state and goal state are given below.72123581536786Initial stateGoal stateThe heuristic function, h(n) to be used is given as: h(n)=the number of misplaced tilesExpected Outcome.a. The number of steps required to solve the puzzle.b. Print the best state after each iteration of hill-climbing.4.4.

Answered: 1. Solve the Eight Tiled Puzzle Problem…

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

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Not quite understanding part iii) or the best way to solve it. The more detail on the steps involved would be very helpful.
The mathematical functions introduced in Chapter 4 can be used to compute and simulate engineering and scientific issues. In these cases, we formulate the mathematical issue and then use the computer to perform computations and simulations. Can a computer programme solve a math problem and develop mathematical formulas, i.e., can it perform the functions of a mathematician?
RequirementsSolve the Tower of Hanoi (with five disks) using state space search algorithms implemented in Python.Two state space search algorithms: (1) a blind search (depth-first search with depth limit) (2) a heuristic (A*) search algorithms must be included. Solvinging this problem consists of two steps as listed below. Step 1 Problem Analysis and Design Before writing the python code, perform an analysis in order to determine the best design to solve the problem. This includes(1) The representation of the state(2) The representation of the state space(3) The design of the heuristic evaluation function in the A* algorithmThe problem analysis and design should be documented in the analysis and design document. Step 2 CodingWrite the Python program to implement the design created in Step 1The program must implement both Depth-First Search and A* Search algorithms. When running theprogram, it should output(1) The state space with each unsafe state marked and made a dead end.(2) The…
Critique the following statement: an iterative algorithm will usually run faster than an equivalent recursive algorithm. Provide specific evidence and/or and example to support your arguement.
1- Refer to the following picture of Tarski's world. Let Above(x, y) mean that az is above y (but possibly in a different column). Determine the truth or falsity of each if the following statements. Give reasons for your answers. (a) (b) b g A f h FIGURE 3.1.1 y such that Square(y) A Above(y, d). z such that Triangle(z) A Above(f, z). d i k
Article: The ethics of non-human agents: A growing number of digital agents are non-human and in some cases are increasingly capable of autonomy (robots, drones, self-driving cars, etc.). Algorithms are responsible for decisions in a wide range of areas these days (for example in stock marketing trading), and any algorithm that makes decisions is not ethically neutral. Some algorithms are adaptive, able to learn and adjust their behavior over time. We have to understand how such actors affect us and our societies. Autonomous systems, such as self-driving cars will react to changing conditions and deal with circumstances that they have never encountered before, without human intervention. Does it make sense to think of these technological systems as ethical agents in their own right? Is there a fundamental ethical priciple based on 'global' human values? What is the ethical status of machines that are increasingly autonomous and might even, at some point, be described as…
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Can someone help me solve this problems(Q1-Q6)? Mathematical Foundations of Computing Problems 1. Write each of the following conditional statements and the corresponding converse, inverse, and contrapositive as English sentences in the form “if ?, then ?.”Example: Whenever it rains, it pours.Answer:Original statement: If it rains, then it pours.Converse: If it pours, then it rains.Inverse: If it doesn’t rain, then it doesn’t pour.Contrapositive: If it doesn’t pour, then it doesn’t rain.1.1 You can do it if you put your mind to it.1.2 Being cold implies that you need a jacket.1.3 Petting the cat is sufficient for it to purr. 2. Determine the truth value of each of the following statements if the domain consists of all integers. If it is true, find a different domain for which it is false. If it is false, find a different domain for which it is true. Justify your answers.Example: ∀?(? ≤ ??)Answer:False. If ? = −1, then 2? = −2 and −1 > −2.True when the domain consists of all…
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Please solve max 30 minutes thank u Boolean Satisfaction Problem Boolean Satisfiability Problem (SAT) (https://en.wikipedia.org/wiki/Boolean_satisfiability_problem) is one of the most important problems in Computer Science. SAT is a problem that has NP-Complete complexity, where the only way to solve the problem is to try all the possibilities and check which one is correct. [LO 1, LO 2, LO 3 & LO 4,] Briefly explain how you use Strongly Connected Component (SCC) to solve the special case of the Boolean Satisfiability Problem, namely 2-SAT (https://en.wikipedia. org/wiki/2-SAT) . This solution has linear complexity. NOTE LO1: Explain fundamental concept of analysis arithms. LO2: Apply algorithm techniques and methods. LO3: Solve a problem using specific algorithm. LO4: Compare several algorithm design methods
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7) Explain the Chinese Room and the Turing Test.

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