Solving the Missionaries and Cannibals problem is a classic example in AI.

The boat cannot cross the river by itself with no people on board. • A boat is available that can hold at most two people and at least one.

Here, m stands for the number of missionaries, c, the number of cannibals, and b, whether the boat is at this side of the river.

The problem can be stated as follow. Using an example of a component that implements an abstract data type such as a stack or a list, show why it is usually necessary to extend and adapt components for reuse. Once we have found a feasible move, we must check that  is legal i.e.

If Boat = 0, then missionaries can only be on boat if Missionaries < M (there is at least one missionary on the left bank), cannibals can only be on boat if Cannibals < C (there is at least one cannibal on the left bank). Same goes for cannibals. It has been suggested that the control software for a radiation therapy machine, used to treat patients with cancer, should be implemented using N-version programming. Save my name, email, and website in this browser for the next time I comment. We call A is the number of missionaries that is on the boat. Missionaries and Cannibals cab be solved by using different search algorithms like Breadth first and Depth first search algorithm to find the solution. We also have contrains: 0 <= A <= N, 0 <= B <= N, 1 <= A + B <= N. If the boat is on the left bank, then only missionaries or cannibals currently being on the left bank can use the boat to move to the right bank, and vice versa. In the problem statement above, C = 3. States are snapshots of the world and operators are those which transform one state into another state. Solution: A function pr... #include #include using namespace std ; int main () { float a,b,PI; int c; cout<

The number of cannibals on either bank must never exceed the number of missionaries on the same bank, otherwise the missionaries will become the cannibals' dinner. Plan a sequence of crossings that will take everyone safely across. A passionate writer who loves to write on new technology and programming.

There are many AI searches that search the graphs like Breadth first search, Depth first search, or iterative deepening search. Is it possible that one or more than one tasks can be performed by two or more than two layers, As the Business Development Manager of a company, write a technical proposal on how a new product or service that you intend to introduce into the market could benefit prospective clients. Each missionary and each cannibal can row the boat.

Here's one description of the problem.