Pengaruh Enhanced Distributed Channel Access (EDCA) Terhadap Kinerja Jaringan IEEE 802.11

LAMPIRAN

SOURCE CODE

import pamvotis.core.Simulator;
import pamvotis.exceptions.ElementDoesNotExistException;
import pamvotis.exceptions.ElementExistsException;
import pamvotis.exceptions.UnknownDistributionException;
import pamvotis.sources.FTPSource;
import pamvotis.sources.GenericSource;

//This class is just an example of how to use Pamvotis as an embedded simulator.
public class edca3 {

public static void main(String[] args) {

try {
System.out.println("Simulation Started!");
// First we must create a simulator object.
Simulator sim = new Simulator();
// Then we read the scenario parameters.

sim.confParams();
// We print the headers of the results files.
sim.printHeaders();
//We simulate for 10sec.
sim.simulate(1, 10000);
//We get the system throughput.
System.out.println("Time: " + sim.getTime() + "sec"

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+ "\tSystem throughput: " + sim.getSysThrBps() + "Kbps");
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(3, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(3, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1

//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(4, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(4, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(5, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(5, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(6, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(6, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.

sim.addNode(7, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(7, new GenericSource(5, 'c', 8, 'c', 8000));

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//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(8, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(8, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(9, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(9, new GenericSource(5, 'c', 8, 'c', 8000));

//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(10, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(10, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(11, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(11, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(12, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(12, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2

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//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(13, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(13, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(14, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(14, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(15, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.

sim.appendNewSource(15, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(16, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(16, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(17, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(17, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3

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//We add a new node, with ID 6, being in position (17,2), with coverage

17m, and AC 3.
sim.addNode(18, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(18, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(19, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(19, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(20, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(20, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(21, 1000000, 17, 5, 17, 2);

//We add a generic source with ID 1 to node 5.
sim.appendNewSource(21, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(22, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(22, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0

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//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(23, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(23, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1

//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(24, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(24, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(25, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(25, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(26, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(26, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.

sim.addNode(27, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(27, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1

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//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(28, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(28, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(29, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(29, new GenericSource(5, 'c', 8, 'c', 8000));

//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(30, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(30, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(31, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(31, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(32, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(32, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2

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//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(33, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(33, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(34, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(34, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(35, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(35, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(36, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(36, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(37, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(37, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3

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//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(38, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(38, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC0
//We add a new node, with ID 3, being in position (17,17), with coverage
17m, and AC 0.
sim.addNode(39, 1000000, 17, 17, 17, 0);
//We add a generic source with ID 1 to node 3.
sim.appendNewSource(39, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC1
//We add a new node, with ID 4, being in position (17,10), with coverage
17m, and AC 1.
sim.addNode(40, 1000000, 17, 10, 17, 1);
//We add a generic source with ID 1 to node 4.
sim.appendNewSource(40, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC2
//We add a new node, with ID 3, being in position (17,5), with coverage
17m, and AC 2.
sim.addNode(41, 1000000, 17, 5, 17, 2);
//We add a generic source with ID 1 to node 5.
sim.appendNewSource(41, new GenericSource(5, 'c', 8, 'c', 8000));
//Node AC3
//We add a new node, with ID 6, being in position (17,2), with coverage
17m, and AC 3.
sim.addNode(42, 1000000, 17, 2, 17, 3);
//We add a generic source with ID 1 to node 6.
sim.appendNewSource(42, new GenericSource(5, 'c', 8, 'c', 8000));

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sim.simulate(10001, 20000);
System.out.println("Time: " + sim.getTime() + " sec "
+ "\tSystem throughput: " + sim.getSysThrBps() + " Kbps ");
//We get the node throughput and the media access delay of node 3.
System.out.println("Node 1 Delay: " + sim.getDelay(3) + " sec "
+ "Node 1 Jitter: " + sim.getJitter(3) + " sec "
+ "Node 1 Media Delay: " + sim.getMDelay(3) + " sec "
+ "Node 1 Throughput: " + sim.getThrBps(3) + " sec ");
System.out.println("Node 2 Delay: " + sim.getDelay(4) + " sec "
+ "Node 2 Jitter: " + sim.getJitter(4) + " sec "
+ "Node 2 Media Delay: " + sim.getMDelay(4) + " sec "
+ "Node 2 Throughput: " + sim.getThrBps(4) + " Bps ");
System.out.println("Node 3 Delay: " + sim.getDelay(5) + " sec "
+ "Node 3 Jitter: " + sim.getJitter(5) + " sec "
+ "Node 3 Media Delay: " + sim.getMDelay(5) + " sec "
+ "Node 3 Throughput: " + sim.getThrBps(5) + " Bps ");
System.out.println("Node 4 Delay: " + sim.getDelay(6) + " sec "
+ "Node 4 Jitter: " + sim.getJitter(6) + " sec "
+ "Node 4 Media Delay: " + sim.getMDelay(6) + " sec "
+ "Node 4 Throughput: " + sim.getThrBps(6) + " Bps ");
System.out.println("Node 5 Delay: " + sim.getDelay(7) + " sec "
+ "Node 5 Jitter: " + sim.getJitter(7) + " sec "
+ "Node 5 Media Delay: " + sim.getMDelay(7) + " sec "
+ "Node 5 Throughput: " + sim.getThrBps(7) + " sec ");
System.out.println("Node 6 Delay: " + sim.getDelay(8) + " sec "
+ "Node 6 Jitter: " + sim.getJitter(8) + " sec "
+ "Node 6 Media Delay: " + sim.getMDelay(8) + " sec "
+ "Node 6 Throughput: " + sim.getThrBps(8) + " Bps ");

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System.out.println("Node 7 Delay: " + sim.getDelay(9) + " sec "
+ "Node 7 Jitter: " + sim.getJitter(9) + " sec "
+ "Node 7 Media Delay: " + sim.getMDelay(9) + " sec "
+ "Node 7 Throughput: " + sim.getThrBps(9) + " Bps ");
System.out.println("Node 8 Delay: " + sim.getDelay(10) + " sec "
+ "Node 8 Jitter: " + sim.getJitter(10) + " sec "
+ "Node 8 Media Delay: " + sim.getMDelay(10) + " sec "
+ "Node 8 Throughput: " + sim.getThrBps(10) + " Bps ");
System.out.println("Node 9 Delay: " + sim.getDelay(11) + " sec "
+ "Node 9 Jitter: " + sim.getJitter(11) + " sec "
+ "Node 9 Media Delay: " + sim.getMDelay(11) + " sec "
+ "Node 9 Throughput: " + sim.getThrBps(11) + " Bps ");
System.out.println("Node 10 Delay: " + sim.getDelay(12) + " sec "
+ "Node 10 Jitter: " + sim.getJitter(12) + " sec "
+ "Node 10 Media Delay: " + sim.getMDelay(12) + " sec "
+ "Node 10 Throughput: " + sim.getThrBps(12) + " Bps ");
System.out.println("Node 11 Delay: " + sim.getDelay(13) + " sec "
+ "Node 11 Jitter: " + sim.getJitter(13) + " sec "
+ "Node 11 Media Delay: " + sim.getMDelay(13) + " sec "
+ "Node 11 Throughput: " + sim.getThrBps(13) + " Bps ");
System.out.println("Node 12 Delay: " + sim.getDelay(14) + " sec "
+ "Node 12 Jitter: " + sim.getJitter(14) + " sec "
+ "Node 12 Media Delay: " + sim.getMDelay(14) + " sec "
+ "Node 12 Throughput: " + sim.getThrBps(14) + " Bps ");
System.out.println("Node 13 Delay: " + sim.getDelay(15) + " sec "
+ "Node 13 Jitter: " + sim.getJitter(15) + " sec "
+ "Node 13 Media Delay: " + sim.getMDelay(15) + " sec "
+ "Node 13 Throughput: " + sim.getThrBps(15) + " Bps ");
System.out.println("Node 14 Delay: " + sim.getDelay(16) + " sec "

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+ "Node 14 Jitter: " + sim.getJitter(16) + " sec "
+ "Node 14 Media Delay: " + sim.getMDelay(16) + " sec "
+ "Node 14 Throughput: " + sim.getThrBps(16) + " Bps ");
System.out.println("Node 15 Delay: " + sim.getDelay(17) + " sec "
+ "Node 15 Jitter: " + sim.getJitter(17) + " sec "
+ "Node 15 Media Delay: " + sim.getMDelay(17) + " sec "
+ "Node 15 Throughput: " + sim.getThrBps(17) + " Bps ");
System.out.println("Node 16 Delay: " + sim.getDelay(18) + " sec "
+ "Node 16 Jitter: " + sim.getJitter(18) + " sec "
+ "Node 16 Media Delay: " + sim.getMDelay(18) + " sec "
+ "Node 16 Throughput: " + sim.getThrBps(18) + " Bps ");
System.out.println("Node 17 Delay: " + sim.getDelay(19) + " sec "
+ "Node 17 Jitter: " + sim.getJitter(19) + " sec "
+ "Node 17 Media Delay: " + sim.getMDelay(19) + " sec "
+ "Node 17 Throughput: " + sim.getThrBps(19) + " Bps ");
System.out.println("Node 18 Delay: " + sim.getDelay(20) + " sec "
+ "Node 18 Jitter: " + sim.getJitter(20) + " sec "
+ "Node 18 Media Delay: " + sim.getMDelay(20) + " sec "
+ "Node 18 Throughput: " + sim.getThrBps(20) + " Bps ");
System.out.println("Node 19 Delay: " + sim.getDelay(21) + " sec "
+ "Node 19 Jitter: " + sim.getJitter(21) + " sec "
+ "Node 19 Media Delay: " + sim.getMDelay(21) + " sec "
+ "Node 19 Throughput: " + sim.getThrBps(21) + " Bps ");
System.out.println("Node 20 Delay: " + sim.getDelay(22) + " sec "
+ "Node 20 Jitter: " + sim.getJitter(22) + " sec "
+ "Node 20 Media Delay: " + sim.getMDelay(22) + " sec "
+ "Node 20 Throughput: " + sim.getThrBps(22) + " Bps ");
System.out.println("Node 21 Delay: " + sim.getDelay(23) + " sec "
+ "Node 21 Jitter: " + sim.getJitter(23) + " sec "

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+ "Node 21 Media Delay: " + sim.getMDelay(23) + " sec "
+ "Node 21 Throughput: " + sim.getThrBps(23) + " sec ");
System.out.println("Node 22 Delay: " + sim.getDelay(24) + " sec "
+ "Node 22 Jitter: " + sim.getJitter(24) + " sec "
+ "Node 22 Media Delay: " + sim.getMDelay(24) + " sec "
+ "Node 22 Throughput: " + sim.getThrBps(24) + " Bps ");
System.out.println("Node 23 Delay: " + sim.getDelay(25) + " sec "
+ "Node 23 Jitter: " + sim.getJitter(25) + " sec "
+ "Node 23 Media Delay: " + sim.getMDelay(25) + " sec "
+ "Node 23 Throughput: " + sim.getThrBps(25) + " Bps ");
System.out.println("Node 24 Delay: " + sim.getDelay(26) + " sec "
+ "Node 24 Jitter: " + sim.getJitter(26) + " sec "
+ "Node 24 Media Delay: " + sim.getMDelay(26) + " sec "
+ "Node 24 Throughput: " + sim.getThrBps(26) + " sec ");
System.out.println("Node 25 Delay: " + sim.getDelay(27) + " sec "
+ "Node 25 Jitter: " + sim.getJitter(27) + " sec "
+ "Node 25 Media Delay: " + sim.getMDelay(27) + " sec "
+ "Node 25 Throughput: " + sim.getThrBps(27) + " Bps ");
System.out.println("Node 26 Delay: " + sim.getDelay(28) + " sec "
+ "Node 26 Jitter: " + sim.getJitter(28) + " sec "
+ "Node 26 Media Delay: " + sim.getMDelay(28) + " sec "
+ "Node 26 Throughput: " + sim.getThrBps(28) + " Bps ");
System.out.println("Node 27 Delay: " + sim.getDelay(29) + " sec "
+ "Node 27 Jitter: " + sim.getJitter(29) + " sec "
+ "Node 27 Media Delay: " + sim.getMDelay(29) + " sec "
+ "Node 27 Throughput: " + sim.getThrBps(29) + " sec ");
System.out.println("Node 28 Delay: " + sim.getDelay(30) + " sec "
+ "Node 28 Jitter: " + sim.getJitter(30) + " sec "
+ "Node 28 Media Delay: " + sim.getMDelay(30) + " sec "

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+ "Node 28 Throughput: " + sim.getThrBps(30) + " Bps ");
System.out.println("Node 29 Delay: " + sim.getDelay(31) + " sec "
+ "Node 29 Jitter: " + sim.getJitter(31) + " sec "
+ "Node 29 Media Delay: " + sim.getMDelay(31) + " sec "
+ "Node 29 Throughput: " + sim.getThrBps(31) + " Bps ");
System.out.println("Node 30 Delay: " + sim.getDelay(32) + " sec "
+ "Node 30 Jitter: " + sim.getJitter(32) + " sec "
+ "Node 30 Media Delay: " + sim.getMDelay(32) + " sec "
+ "Node 30 Throughput: " + sim.getThrBps(32) + " Bps ");
System.out.println("Node 31 Delay: " + sim.getDelay(33) + " sec "
+ "Node 31 Jitter: " + sim.getJitter(33) + " sec "
+ "Node 31 Media Delay: " + sim.getMDelay(33) + " sec "
+ "Node 31 Throughput: " + sim.getThrBps(33) + " sec ");
System.out.println("Node 32 Delay: " + sim.getDelay(34) + " sec "
+ "Node 32 Jitter: " + sim.getJitter(34) + " sec "
+ "Node 32 Media Delay: " + sim.getMDelay(34) + " sec "
+ "Node 32 Throughput: " + sim.getThrBps(34) + " Bps ");
System.out.println("Node 33 Delay: " + sim.getDelay(35) + " sec "
+ "Node 33 Jitter: " + sim.getJitter(35) + " sec "
+ "Node 33 Media Delay: " + sim.getMDelay(35) + " sec "
+ "Node 33 Throughput: " + sim.getThrBps(35) + " Bps ");
System.out.println("Node 34 Delay: " + sim.getDelay(36) + " sec "
+ "Node 34 Jitter: " + sim.getJitter(36) + " sec "
+ "Node 34 Media Delay: " + sim.getMDelay(36) + " sec "
+ "Node 34 Throughput: " + sim.getThrBps(36) + " Bps ");
System.out.println("Node 35 Delay: " + sim.getDelay(37) + " sec "
+ "Node 35 Jitter: " + sim.getJitter(37) + " sec "
+ "Node 35 Media Delay: " + sim.getMDelay(37) + " sec "
+ "Node 35 Throughput: " + sim.getThrBps(37) + " sec ");

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System.out.println("Node 36 Delay: " + sim.getDelay(38) + " sec "
+ "Node 36 Jitter: " + sim.getJitter(38) + " sec "
+ "Node 36 Media Delay: " + sim.getMDelay(38) + " sec "
+ "Node 36 Throughput: " + sim.getThrBps(38) + " Bps ");
System.out.println("Node 37 Delay: " + sim.getDelay(39) + " sec "
+ "Node 37 Jitter: " + sim.getJitter(39) + " sec "
+ "Node 37 Media Delay: " + sim.getMDelay(39) + " sec "
+ "Node 37 Throughput: " + sim.getThrBps(39) + " Bps ");
System.out.println("Node 38 Delay: " + sim.getDelay(40) + " sec "
+ "Node 38 Jitter: " + sim.getJitter(40) + " sec "
+ "Node 38 Media Delay: " + sim.getMDelay(40) + " sec "
+ "Node 38 Throughput: " + sim.getThrBps(40) + " Bps ");
System.out.println("Node 39 Delay: " + sim.getDelay(41) + " sec "
+ "Node 39 Jitter: " + sim.getJitter(41) + " sec "
+ "Node 39 Media Delay: " + sim.getMDelay(41) + " sec "
+ "Node 39 Throughput: " + sim.getThrBps(41) + " Bps ");
System.out.println("Node 40 Delay: " + sim.getDelay(42) + " sec "
+ "Node 40 Jitter: " + sim.getJitter(42) + " sec "
+ "Node 40 Media Delay: " + sim.getMDelay(42) + " sec "
+ "Node 40 Throughput: " + sim.getThrBps(42) + " Bps ");

//We get the system throughput and the media access delay of node 3.
System.out.println("Time: " + sim.getTime() + "sec "
+ "\tSystem throughput: " + sim.getSysThrBps() + "Kbps ");
//We remove the FTP source.
sim.removeAllNodes();
sim.printMeanValues();
System.out.println("Simulation finished!");
} catch (ElementExistsException e) {

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e.printStackTrace();
} catch (ElementDoesNotExistException e) {
e.printStackTrace();
} catch (UnknownDistributionException e) {
e.printStackTrace();
}
}
}

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