Missionaries and cannibals problem

Here are 34 public repositories matching this topic... Code Issues Pull requests Missionaries and cannibals problem resolved with Breadth-First Search Updated Jun 17, 2015 Python Code Issues Pull requests Updated Dec 14, 2017 Common Lisp Code Issues Pull requests Implementation of classic search algorithms in Common Lisp Updated Jan 9, 2018 Common Lisp Code Issues Pull requests AI Based Missionaries and Cannibals Problem done in python using pygame Library Updated Feb 15, 2018 Python Code Issues Pull requests Python program that solves the Missionaries and Cannibals problem, a toy problem in AI, with iterative deepening search. Updated Feb 17, 2018 Python Code Issues Pull requests Three missionaries and three cannibals are on one side of a river, along with a boat that can hold one or two people. Find a way to get everyone to the other side without ever leaving a group of missionaries in one place outnumbered by the cannibals in that place. Updated Feb 17, 2018 Python Code Issues Pull requests Missionaries and cannibals solver written in common Lisp Updated Mar 11, 2018 Common Lisp Code Issues Pull requests Solution for the Missionaries and Cannibals problem using Message Queues and Multiprocessing Updated Mar 24, 2018 C++ Code Issues Pull requests This Python implementation is a scaled up version of the Missionaries and Cannibals problem with arbitary number of missionaries, cannibals and boat capacity Updated Nov 25, 2018 Python Code Issues Pull requests AI Lab Offlines and Onlines Updated Dec 2, 2018 Java Code Issues Pull requests Updated Feb 14, 2019 C++ Code Issues Pull requests Assignments of Artificial Intelligence Sessional Course CSE 318 in Level-3, Term-2 of CSE, BUET Updated Feb 15, 2019 C++ Code Issues Pull requests missionaries and cannibals problem as desribed to learn to use the aima library Updated Mar 31, 2019 Java Code Issues Pull requests Missionaries and Cannibals Problem Updated Apr 7, 2019 C++ Code Issues Pull requests Artificial Intelligence Assignment 2 Updated Dec 16, 2019 Python Code Issues Pull requests Resolvendo o problema dos Missionarios e Canibais, usando BFS (Breadth-First Search). Updated Dec 16, 2019 Python Code Issues Pull requests Os

Missionaries and Cannibals problem is very famous in Artificial Intelligence because it was the subject of the first paper that approached problem formulation from an analytical viewpoint. The problem can be stated as follow. Three missionaries and three cannibals are on one side of a river, along with a boat that can hold one or two people. Now we have to find a way to get everyone to the other side, without ever leaving a group of missionaries in one place outnumbered by the cannibals in other side.IntroductionMissionaries and Cannibals problem is very famous in Artificial Intelligence because it was the subject of the first paper that approached problem formulation from an analytical viewpoint. The problem can be stated as follow. Three missionaries and three cannibals are on one side of a river, along with a boat that can hold one or two people. Now we have to find a way to get everyone to the other side, without ever leaving a group of missionaries in one place outnumbered by the cannibals in other side. The above problem can be solved by a graph search method. Here I represent the problem as a set of states and operators. States are snapshots of the world and operators are those which transform one state into another state. States can be mapped to nodes of a graph and operators are the edges of the graph.ExplanationMissionaries and Cannibals cab be solved by using different search algorithms like Breadth first and Depth first search algorithm to find the solution. The node of the graph to be searched is represented by a state space. Each state space can be represent byState(no_of_missionaries, no_of_cannibals, side_of_the_boat)Where no_of_missonaries are the number of missionaries at left side of river, no_of_cannibals are the number of cannibals at the left side of river

Missionary and Cannibal Problem in PrologWrite the PROLOG code for the missionaries and cannibals problem as follows: The problem involves three missionaries and three cannibals, all six of whom are originally on one side of a river. There is one boat that will be used to ferry the missionaries and cannibals to the other side of the river. The boat holds two occupants at most, and there is no way to send the boat across the river without having at least one occupant in the boat. The threat is that, if the cannibals outnumber the missionaries in any circumstance, then the cannibals will cook and eat the missionaries. Use the search superstructure to design a Prolog program that searches for ways to ferry all six persons to the other side of the river. Suggestion: Use state representation [M,C,B] where M is the number of missionaries and C is the number of cannibals on bank B. B is 'e' to indicate the near (east) bank and is 'w' to indicate the far (west) bank. The start state is [3,3,e], and the goal state is [3,3,w]. Write specifications for 'start', 'goal', 'next_state' and 'safe_state', and add them to the search superstructure to obtain a complete program to solve this puzzle. Your program should be able to calculate two distinct minimal solutions each involving eleven boat trips across the river. a. Execute this code and draw a graph of the search space. b. Verify if altering the rule ordering produces alternative solution paths by changing all the rules of missionaries and cannibals crossing river in reverse order.

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