AlgorithmFind-Max-Sen-Covrate(num_deployable, limit_candidate, min_CCL_diff)
/*	Initialization */
1.	LB_CCL = (Rc/dmax)2;/* dmax is the maximum distance between sensor nodes */
2.	UB_CCL = (Rc/dmin)2;/* dmin is the minimum distance between sensor nodes */
/*	Test with lower bound */
3.	Deploy-Random(num_deployable, limit_candidate, LB_CCL, LB_sen_covrate, LB_num_deployed);
4.	if (LB_sen_covrate = 1 ‖ LB_num_deployed = num_deployable) returnLB_sen_covrate;
/*	Test with upper bound */
5.	Deploy-Random(num_deployable, limit_candidate, UB_CCL, UB_sen_covrate, UB_num_deployed);
6.	if (UB_sen_covrate < 1 && UB_num_deployed < num_deployable) returnUB_sen_covrate;
/*	Test with medium */
7.	if ((UB_CCL − LB_CCL) < min_CCL_diff) returnMax(UB_sen_covrate, LB_sen_covrate);
8.	MB_CCL = (LB_CCL+UB_CCL)/2;
9.	Deploy-Random(num_deployable, limit_candidate, MB_CCL, MB_sen_covrate, MB_num_deployed);
10.	if (MB_sen_covrate < 1 && MB_num_deployed < num_deployable)
	{ LB_CCL = MB_CCL, LB_sen_covrate = MB_sen_covrate,
	LB_num_deployed = MB_num_deployed }
11.	else { UB_CCL = MB_CCL, UB_sen_covrate = MB_sen_covrate,
	UB_num_deployed = MB_num_deployed }
12.	Go to line 7;
End_of_Find-Max-Sen-Covrate