Assembly Line Scheduling in Data Structure And Algorithm : Practice MCQ Questions & Answers with Explanations

The space complexity of the above dynamic programming implementation of the assembly line scheduling problem is O(n).

The time complexity of the above dynamic programming implementation of the assembly line scheduling problem is O(n).

The line t2[i] = get_min(t2[i-1]+spent[1][i], t1[i-1]+reach[0][i-1]+spent[1][i]) should be added to complete the above code.

The minimum time required is 43.

The path is S2,1 -> S1,2 -> S2,3 -> S2,4, where Si,j : i = line number, j = station number

For the optimal solution, the exit assembly line is line 2.

For the optimal solution, the starting assembly line is line 2.

In the dynamic programming implementation of the assembly line scheduling problem, 2 lookup tables are required one for storing the minimum time and the other for storing the assembly line number.

In the brute force algorithm, all the possible ways are calculated which are of the order of 2^{n}.

All of the above mentioned methods can be used to solve the assembly line scheduling problem.