Algorithm Deploy-Random(num_deployable, limit_candidate, Max_CCL, sen_covrate, num_deployed)
/*	Step 1: Initialization */
1.	Initialize deployment area;
2.	Add sink node to Nodedeployed and Nodebase;
3.	Calculate Max_SCL based on Max_CCL and type of sensor;
4.	while (Nodebase is not empty){
	/* Step 2: Base node selection */
5.	Select a Sbase from Nodebase;
6.	base_deployable = true;
7.	while (base_deployable is true){
	/* Step 3: Candidate positions generation */
8.	Clear Candidate and set num_candidate = 0;
9.	while (num_candidate < limit_candidate){
10.	Generates a position Pi randomly within AreaC(Sbase);
11.	if (Pi is eligible under the topology control mechanism with Max_CCL and Max_SCL){
12.	Add Pi to Candidate;
13.	num_candidate++;
14.	}
15.	}
16.	if(num_candidate == 0)base_deployable = false;/* select a new Sbase */
17.	else{/* Step 4: Scoring and deployment */
18.	Generate a new sensor node Snew;
19.	for (all Pi in Candidate)Call Score(Pi) and save score to CandidateScore[Pi];
20.	Deploy Snew to Pi that has the highest score in CandidateScore;
21.	Add Snew to Nodedeployed and Nodebase;
22.	num_deployable--;
23.	if (num_deployable == 0)break;
24.	}
25.	}
26.	Remove Sbase from Nodebase;/* restart from Step 2 */
27.	}
28.	returnsen_covrate and num_deployed;
End_of_Deploy-Random