Step 0. Initialize: Set v=1, R1=A, and P0=∅.
Initialize set A* designated to the roads flagged as selected for sensors.
An exact algorithm to find a partition is as follows: Step 0. Initialize: Set v=1, R1=A, and P0=∅.
Step 0. Initialize: Set t=1, r=s(A), go to Step 1. Step 1. Solve the knapsack problem to obtain a solution Y t (r), and go to Step 2. Step 2. Use the subalgorithm to obtain a partition corresponding to the solution Y t (r).
The main algorithm is as follows: Step 0. Initialize: Set t=1, r=s(A), go to Step 1. Step 1. Solve the knapsack problem to obtain a solution Y t (r), and go to Step 2. Step 2. Use the subalgorithm to obtain a partition corresponding to the solution Y t (r).
Initialize: Set for all i.
As with all superposition algorithms, this algorithm requires a priori knowledge of the alignment (the one-to-one correspondence among atoms/points in the structures): Initialize : Set for all i.
It takes as input the set of users S, grid point p g, set of positions of the users Pusers, channel model ChanModel, transmit power P t, and set of interference levels I. Line 2 initializes set C as empty.
Initially, EETA initializes set V D as the set of sensors in region R. Considering the division in four quadrant of the WSN, also R results divided in four quadrants accordingly.
Set a global variable P for the minimal p-value, which is initialized to be equal to the p-value rendered by the initialized set G. For each variant in G, remove it from G to form a subset G−1.
