INTRODUCTIONPROJECT DESCRIPTIONA wireless sensor network

INTRODUCTIONPROJECT DESCRIPTIONA wireless sensor network (WSN) may be a network system comprised of temperature, and motion. The individual nodes area unit capable of sensing their environments, process the data domestically, and causation knowledge to 1 or a lot of assortment points during a WSN. economical knowledge transmission is one among the foremost vital problems for WSNs. Meanwhile, several WSNs area unit deployed in neglected and infrequently adversarial physical environments certainly applications, like military area and sensing tasks with trust less areas. Secure and economical knowledge transmission is so particularly needs and is many in several such sensible WSNs. Cluster-based knowledge transmission in WSNs, it has been investigated by searchers so as to realize the network quantifiability and management, that maximizes node time period and scale back information measure consumption by victimization native collaboration among device nodes. during a cluster based WSN (CWSN), each cluster features a leader device node, considered cluster-head. A Cluster aggregates the info collecting by the leaf nodes in its clusters and send the aggregation to the bottom station (BS). The LEACH (Low-Energy reconciling clump Hierarchy) protocol. may be a wide legendary and effect one to cut back & minting the overall energy consumption for CWSNs. so as to stop fast energy less of the set of CHs, LEACH at random rotator CHs with all device nodes within the network, in rounds. LEACH protocol enhancements in terms of network time period. Researchers are wide finding out CWSNs within the last decade within the literature, however, the implementation of the cluster-based design within the world is very difficult.

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LITERATURE SURVEYEXISTING AND PROPOSED SYSTEMEXISTING SYSTEMWireless detector Networks (WSNs) square measure employed in several software in military, ecological, and health-related areas. This software usually embodies the observance of sensitive data like enemy movement on the parcel of land or the placement of personnel in an exceedingly building. Security is so vital in WSNs. WSNs is a low computations capacity, less memory. These constraints creating security in WSNs. during this article we are tendency to gift a survey of security problems in WSNs. we have a tendency to then gift a holistic read of security issues. These problems are five types first one is cryptography, and second one is key management and last one is secure routers. on the means we have a tendency to highlight the benefits and downsides of varied WSN security algorithm and any compare and valuate these algorithms supported every of those 5 classes. we are tendency to additionally illustrate the open analysis problems in every subarea and conclude with potential future analysis directions on security in WSNs.

Limitations:
Secure and stratified protocols square measure employed in that only 1 attack is resolved at a time.

This system outturn is going to be terribly less as a result of the protocol that is employed.

This system is slow owing to their inherent limitations; the protocols designed for such detector networks should with efficiency use each restricted information measure and battery energy
PROPOSED SYSTEMThe purpose of the application is to search out Secure and efficient knowledge Transmission SET-IBS algorithm for CWSNs by victimization IBOOS (SET-IBOOS) during this system. The SET-IBOOS algorithm is intended with constant purpose and eventualities for CWSNs with higher potency. The planned SET-IBOOS operates equally to the previous SETIBS, that features a protocol low-level formatting before the network readying and operates in rounds throughout communication. we have a tendency to initial introduce the algorithm low-level formatting, then describe the key management of the protocol by victimization the IBOOS theme, and also the algorithm operations afterward.
FEASIBILITY STUDYthis is often attainable providing it’s possible among restricted resource and time. the various feasibilities that necessary to be analyzed are
There are 3 vital feasibilities of the project:
Economic practicability
Technical practicability
Operational practicability
Economic practicability
Economic practicability or Cost-benefit is associate degree assessment of the economic justification for a pc based mostly project. Since this software may be a network based mostly The Virtual personal Network is to be developed mistreatment the present resources of the organization. therefore, the project is economically possible.

Technical practicability
This software is developed for platform freelance atmosphere. Java Server Pages, JavaScript, HTML, SQL server and WebLogic Server are accustomed develop the application. The technical practicability has been administered.

Operational practicability
Operational practicability deals with the research of prospects of the application to be developed. this method operationally deletes all the tensions of the source and helps him in effectively chase the project progress. this type of automation can certainly scale back the time and energy, that antecedent consumed in manual work. supported the study,
TOOLS AND TECHNOLOGIES USEDThe programming languages that are being used to develop this application are:
JAVA
SWING
AWT
NETWORKING
MYSQL
JAVA
A platform is that the hardware or software application setting during which a program runs. We’ve A platform is the hardware or software environment in which a program runs. The Java platform has two components:
The Java Virtual Machine (Java VM)
The Java Application Programming Interface (Java API)
The Java API is classified into libraries of connected categories and interfaces; these libraries square measure called packages. future section, what will java Technology Do? Highlights what practicality a number of the packages within the java API offer. the subsequent figure depicts a program that’s running on the Java platform. because the figure shows, the Java API and also the virtual machine insulate the program from the hardware.

NETWORKING
TCP/IP stackThe TCP/IP stack is shorter than the OSI one:

TCP should be a connection-oriented protocol; UDP (User Datagram Protocol) may be a connectionless protocol.

scientific discipline datagram’s
The scientific discipline layer provides a connectionless and unreliable delivery system. It considers every datagram severally of the others. Any associations in datagram should be provided by the upper layers. The scientific discipline layer provides a verification that has its own headers. The header includes the supply and destination addresses. The scientific discipline layer handles routing through an online. it’s conjointly chargeable for breaking apart massive datagram into smaller ones for transmission and reassembling them at the opposite finish.

UDP
UDP is additionally connectionless and unreliable. What it adds to scientific discipline should be a verification for the contents of the datagram and port numbers. These square measures accustomed provides a client/server model – see later.

TCP
TCP provides logic to grant a reliable connection-oriented protocol up of scientific discipline. It provides some virtual circuits that 2 processes will use to speak.

Network address
Class A uses eight bits for the network address with twenty-four bits left over for alternative addressing. category B uses sixteen-bit network addressing.

Host address
8 bits square measure finally used for host addresses among our subnet. This place a limit of 256 machines which will get on the subnet.

Port addresses
A service exists on a bunch and is known by its port. this is often a sixteen-bit variety. To send a message to a server, you send it to the port for that service of the host that it’s running on. this is often not location transparency! sure of those ports square measure “well known”.

Total address
The thirty-two-bit address is sometimes written as four integers separated by dots.

Sockets
A socket is made victimization the decision socket. It returns Associate in Nursing number that’s sort of a file descriptor. In fact, beneath Windows, this handle can be used with scan File and Write File functions.2 processes desire to speak over a network produce a socket every. This square measure just like 2 ends of a pipe – however the particular pipe doesn’t nonetheless exist.

MYSQL
This is commonest and a most well-liked Open give electronic knowledge service. RDBMS is typically utilized in developing web-based software package applications. it’s additionally utilized in several position huge scale websites that contains Google. the shape of LAMPP stands for Linux, Apache tomcat, MySQL, Triggers, cursors, Unicode support, cross platform support, SSL support, multiple storage engines unit sort of the alternatives of MySQL. A data could be a separate application that might store Associate in Nursing outsized assortment of information. it’s getting to use in making, accessing, retrieving and looking datarmation|of data of knowledge} in a very info.
HARDWARE AND SOFTWARE REQUIREMENTSHARDWARE REQUIREMENTS
The selection of hardware configuration is a very important task related to application development. The processor should be powerful to handle entire operations.

System : Pentium IV 2.4 GHz.

Hard Disk : 45 GB.

Floppy Drive: 1.45 Mb.

Monitor: 14 VGA Color.

Mouse: Logitech.

Ram: 512 Mb
SOFTWARE REQUIREMENTSThe major element in building a system is the selection of compactable software. The software requirement of the application on which the project was developed is as follows:

Operating System : Windows XP / 7,Win 8
Front End : JAVA, RMI, SWING, AWT, Networking
Back End : Ms Access / My SqlIDE : Eclipse
SOFTWARE REQUIREMENTS SPECIFICATIONSENDERThe Sender of the appliance are:
Sender has all the authority of sending the data to receiver. He can manipulate any details related different types of file. Sender gets all the activities to send different kind of data (txt,.java,.c..) sends to recover or destination. Sender unit the most uses of this application. they’re going to sending the own data.

FUNCTIONAL REQUIREMENTSThe practical demand of a system describes the services that the application provides that’s accepted many senders. It depends on which kind of application or coding application that is being developed. the sensible wants describe the application operate intimately.

The practical wants embody the knowledge that’s entered into the application, operations that square measure performed in each screen, system reports and totally different applications. the wants need to be provided specific it’s intelligible even by the common sender.
Browse: The sender of the appliance can browse the data from his disk, file. Only text file documents browse the data.

Initialize the Node: The sender is responsible for initializing nodes which is present in cluster network. After initializing the particular networks.

Send: After initializing the network nodes. Sender will Sends the data to destinations. If sender not initialized the node the data cannot forwarded to another neighbor node
NON-FUNCTIONAL REQUIREMENTSNon-Functional wants are the needs that provide the define of the constraints of the system’s input and output devices and so the data present that is being utilized among the system’s interfaces and also the means a system have to be finish to be. once it involves associate emergency to satisfy one basic need it’s attending to spoil the entire demand and this failure can produce the whole system unusable. This application is secure for every moderately its users. once a user logs out from any session nobody else are able to access his profile whereas not knowing his watchword. the knowledge used here is fast, reliable, durable therefore users won’t get to not sleep for the output for associate extended time.

Non-Functional wants define regarding the qualities of the system. Security and quality of the system are tested once it’s dead.

Performance.

Performance of this application includes the standard format that’s being followed by the organization, handling multiple tasks at a time. the actual performance of the applying can have practiced once it’s being dead.

Reliability
It tells but generally and once and in what conditions the software fails. as associate example once, the attackers becomes attack on data the appliance becomes fast in responding to the sender.

Maintainability
This application is employed for a lengthy time by varied user. the design of the application got to be supported the modules and if their unit of measurement changes created inside the modules it mustn’t have a control on the operation of the applying developed.

Portability
There is lots of effort concerned in moving any application to a unique platform. The modules that area unit being developed ought to be compatible with all the platforms.

Non-Functional wants are the needs that provide the define of the constraints of the system’s input and output devices and so the data present that is being utilized among the system’s interfaces and also the means a system have to be compelled to be
Non-Functional wants define regarding the qualities of the application. Security and quality of the application are tested once it’s dead.

Maintainability
his application is employed for a lengthy time by varied user. the design of the application got to be supported the modules and if their unit of measurement changes created inside the modules it mustn’t have a control on the operation of the applying developed
SYSTEM DESIGNSYSTEM PERSPECTIVEThe system vogue thrives the constructive part that’s required to form a find yourself. application Perspective is nothing however describing the applications a whole that has its functionalities and behaviors of the application. This stage is that the initiative in stimulating to the answer from the scope of disadvantage. It includes the obligatory inputs and reports. the planning section acts as a result of the negotiator between the stages of implementation. the results of this stage might even be a full sketch of the document. In s perspective one mustn’t take into consideration the system as associate isolated entity. The system perspective involves the interactions and so the relationships between the atmosphere and so the system.

Figure 4. SEQ Figure_4. * ARABIC 1 System ArchitectureArchitectural vogue are often how at intervals that the application is being enforced have to be compelled to satisfy the total vogue and in addition the non-functional desires of the application. this system are often a ingenious methodology at intervals that the application designers have to be compelled to have the familiarity in turning out with the look. at intervals the on high of diagram the branch of information vogue represents the look of the language.

CONTEXT DIAGRAM
Figure 4.2. SEQ Figure_4.2. * ARABIC 1 Level 0 DFD Diagram
Figure 4.2. SEQ Figure_4.2. * ARABIC 2 Level 1 DFD Diagram
Figure 4.2. SEQ Figure_4.2. * ARABIC 3 Level 2 DFD DiagramDETAILED DESIGNUSECASE DIAGRAM
Figure 5.1. SEQ Figure_5.1. * ARABIC 1 Use case Diagram for Service
Figure 5.1. SEQ Figure_5.1. * ARABIC 2 Use case Diagram for Router
Figure 5.1. SEQ Figure_5.1. * ARABIC 3 use case Diagram for DestinationSEQUENCE DIAGRAM
Figure 5.2. SEQ Figure_5.2. * ARABIC 1 Sequence DiagramCOLLABARATION DIAGRAM
Figure 5.3. SEQ Figure_5.3. * ARABIC 1 Collaboration DiagramACTIVITY DIAGRAM
Figure 5.4. SEQ Figure_5.4. * ARABIC 1Activity DiagramDATABASE DESIGN
Figure 5.5. SEQ Figure_5.5. * ARABIC 1 Class DiagramIMPLEMENTATION SOURCE CODE
Sender.java
import java.awt.Color;
import java.awt.Container;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import java.io.BufferedInputStream;
import java.io.DataInputStream;
import java.io.DataOutputStream;
import java.io.File;
import java.io.FileInputStream;
import java.io.FileOutputStream;
import java.io.PrintStream;
import java.math.BigInteger;
import java.net.Socket;
import java.security.DigestInputStream;
import java.security.MessageDigest;
import java.sql.Connection;
import java.sql.Statement;
import javax.swing.ImageIcon;
import javax.swing.JButton;
import javax.swing.JFileChooser;
import javax.swing.JFrame;
import javax.swing.JLabel;
import javax.swing.JOptionPane;
import javax.swing.JScrollPane;
import javax.swing.JTextArea;
public class Sender extends JFrame implements ActionListener
{
Container c;
JButton browse,submit,init;
String keyWord = “ef50a0ef2c3e3a5fdf803ae9752c8c66”;
int y=0;
String dest;
JTextArea tf;
JScrollPane jp;
String filename,mac;
String n111;
String n112;
String n113;
Sender()
{
c=getContentPane();
c.setLayout(null);
c.setBackground(Color.WHITE);
ImageIcon banner = new ImageIcon(this.getClass().getResource(“SendBack.jpg”));
JLabel title=new JLabel();
title.setIcon(banner);
title.setBounds(500, 150, 300, 300);
setTitle(“Sender::Secure and Efficient Data Transmission for Cluster-based Wireless Sensor Networks”);
ImageIcon banner1 = new ImageIcon(this.getClass().getResource(“ServiceProvider.PNG”));
JLabel title1=new JLabel();
title1.setIcon(banner1);
title1.setBounds(0, 0, 800, 100);
tf= new JTextArea();
tf.setRows(20);
tf.setColumns(20);
jp = new JScrollPane();
jp.setViewportView(tf);
jp.setBounds(100,200,300,200);
c.add(jp);
browse = new JButton(“Browse”);
browse.setBounds(100,500,150,30);
browse.addActionListener(this);
c.add(browse);
submit = new JButton(“Submit”);
submit.setBounds(300,500,150,30);
submit.addActionListener(this);
c.add(submit);
init = new JButton(“Initialize Nodes”);
init.setBounds(500,500,150,30);
init.addActionListener(this);
c.add(init);
c.add(title);
c.add(title1);
setSize(800,600);
setVisible(true);
}
public void actionPerformed(ActionEvent e)
{
if(e.getSource()==submit)
{
if(y==1)
{
AES enc=new AES();
String routerip = JOptionPane.showInputDialog(“Enter Router IP-Address”);
try
{
Socket sc = new Socket(routerip,202);
DataOutputStream dout = new DataOutputStream(sc.getOutputStream());
dout.writeUTF(enc.encrypt(tf.getText(),keyWord));
dout.writeUTF(dest);
dout.writeUTF(filename);
DataInputStream din = new DataInputStream(sc.getInputStream());
String msg = din.readUTF();
JOptionPane.showMessageDialog(null, msg);
}
catch(Exception e1)
{
e1.printStackTrace();
}
}
else if(y==0)
{
JOptionPane.showMessageDialog(null, “First Initialize The Nodes By Pressing Initialize Nodes Button”);
}
}
if(e.getSource()==browse)
{
try
{
MessageDigest md = MessageDigest.getInstance(“SHA1”);
JFileChooser jf = new JFileChooser();
jf.showOpenDialog(browse);
File f=jf.getSelectedFile();
String fname=f.getName();
FileInputStream fin = new FileInputStream(f);
byte b = new bytefin.available();
fin.read(b);
String cont=new String(b);
PrintStream pin = new PrintStream(new FileOutputStream(“Owner/”+fname));
pin.print(cont);
FileInputStream fin1 = new FileInputStream(“Owner/”+fname);
DigestInputStream dis1 = new DigestInputStream(fin1, md);
BufferedInputStream bis1 = new BufferedInputStream(dis1);
//Read the bis so SHA1 is auto calculated at dis
while (true) {
int b1 = bis1.read();
if (b1 == -1)
break;
}
BigInteger bi1 = new BigInteger(md.digest());
mac = bi1.toString(16);
String content = new String(b);
tf.setText(content);
filename=f.getName();
}
catch(Exception e1)
{
e1.printStackTrace();
}
}
else if(e.getSource()==init)
{
try
{
Dbcon db = new Dbcon();
Connection con = db.getConnection();
dest = JOptionPane.showInputDialog(“Enter The Destination Ip”);
String routerip = JOptionPane.showInputDialog(“Enter The router Ip”);
for(int i=1;i;=13;i++)
{
String nodename=”N”+i;
String sql = “update OwnerFiles set Destinationip='”+dest+”‘,Keys=’null’ where Nname='”+nodename+”‘”;
Statement stmt = con.createStatement();
stmt.executeUpdate(sql);
if(i==11)
{
String sql1 = “update OwnerFiles set Destinationip='”+dest+”‘,Keys='”+mac+”‘ where Nname=’N11′”;
Statement stmt1 = con.createStatement();
stmt1.executeUpdate(sql1);
}
if(i==12)
{
String sql1 = “update OwnerFiles set Destinationip='”+dest+”‘,Keys='”+mac+”‘ where Nname=’N12′”;
Statement stmt1 = con.createStatement();
stmt1.executeUpdate(sql1);
}
if(i==13)
{
String sql1 = “update OwnerFiles set Destinationip='”+dest+”‘,Keys='”+mac+”‘ where Nname=’N13′”;
Statement stmt1 = con.createStatement();
stmt1.executeUpdate(sql1);
}
}
Socket sc = new Socket(routerip,201);
DataOutputStream dout = new DataOutputStream(sc.getOutputStream());
dout.writeUTF(dest);
dout.writeUTF(mac);
DataInputStream din = new DataInputStream(sc.getInputStream());
JOptionPane.showMessageDialog(null, din.readUTF());
y=1;
}
catch(Exception e1)
{
e1.printStackTrace();
}
}
}
public static void main(String args) {
new Sender();
Router.java
import java.awt.Container;
import java.awt.*;
import java.awt.Font;
import java.awt.event.ActionEvent;
import java.awt.event.ActionListener;
import java.io.DataInputStream;
import java.io.DataOutputStream;
import java.net.ServerSocket;
import java.net.Socket;
import java.sql.Connection;
import java.sql.ResultSet;
import java.sql.Statement;
import java.util.Date;
import java.util.Random;
import javax.swing.ImageIcon;
import javax.swing.JFrame;
import javax.swing.JLabel;
import javax.swing.JMenu;
import javax.swing.JMenuBar;
import javax.swing.JMenuItem;
public class Router extends JFrame implements ActionListener
{
Container c;
Font f1 = new Font(“Times New Roman”,Font.BOLD,18);
Font f3 = new Font(“Times New Roman”,Font.BOLD,25);
Font f2 = new Font(“Times New Roman”,Font.BOLD,16);
JLabel status,info;
JMenuBar mb;
JMenu m;
JMenuItem m1,m2,m3;
JLabel vsn1,vsn2,vsn3,vn1n4,vn2n5,vn3n6,vn1n2,vn2n3,vn4n5,vn5n6,vn4n7,vn5n7,vn6n7,vn7n8,vn7n9,vn7n10,vn8n11,vn9n12,vn10n13,vn11d,vn12d,vn13d,vn8n9,vn9n10;
JLabel sln1,sln2,sln3,ln1n2,ln2n3,ln4n5,ln5n6,ln8n9,ln9n10,ln11n12,ln12n13,ln7n8,ln7n9,ln7n10,ln1n4,ln2n5,ln8n11,ln9n12,ln10n13,ln3n6,ln4n7,ln5n7,ln6n7,ln11d,ln12d,ln13d;
JLabel clustername1,clustername2,clustername3;
JLabel sname,n1name,n2name,n3name,n4name,n5name,n6name,n7name,n8name,n9name,n10name,n11name,n12name,n13name,dname;
JLabel sl,n1,n2,n3,n4,n5,n6,n7,n8,n9,n10,n11,n12,n13,d;
JLabel cluster1,cluster2,cluster3;
ImageIcon blackoval = new ImageIcon(this.getClass().getResource(“blackoval1.png”));
ImageIcon greenoval = new ImageIcon(this.getClass().getResource(“greenoval.png”));
ImageIcon redoval = new ImageIcon(this.getClass().getResource(“redoval.png”));
ImageIcon greencluster = new ImageIcon(this.getClass().getResource(“greencluster.png”));
ImageIcon blackcluster = new ImageIcon(this.getClass().getResource(“blackcluster.png”));
ImageIcon redcluster = new ImageIcon(this.getClass().getResource(“redcluster.png”));
ImageIcon bsln1 = new ImageIcon(this.getClass().getResource(“bsln1.png”));
ImageIcon rsln1 = new ImageIcon(this.getClass().getResource(“rsln1.png”));
ImageIcon gsln1 = new ImageIcon(this.getClass().getResource(“gsln1.png”));
ImageIcon bsln2 = new ImageIcon(this.getClass().getResource(“bsln2.png”));
ImageIcon rsln2 = new ImageIcon(this.getClass().getResource(“rsln2.png”));
ImageIcon gsln2 = new ImageIcon(this.getClass().getResource(“gsln2.png”));
ImageIcon bsln3 = new ImageIcon(this.getClass().getResource(“bsln3.png”));
ImageIcon rsln3 = new ImageIcon(this.getClass().getResource(“rsln3.png”));
ImageIcon gsln3 = new ImageIcon(this.getClass().getResource(“gsln3.png”));
ImageIcon bn1n2 = new ImageIcon(this.getClass().getResource(“bln1n2.png”));
ImageIcon rn1n2 = new ImageIcon(this.getClass().getResource(“rln1n2.png”));
ImageIcon gn1n2 = new ImageIcon(this.getClass().getResource(“gln1n2.png”));
ImageIcon bn1n4 = new ImageIcon(this.getClass().getResource(“bln1n4.png”));
ImageIcon rn1n4 = new ImageIcon(this.getClass().getResource(“rln1n4.png”));
ImageIcon gn1n4 = new ImageIcon(this.getClass().getResource(“gln1n4.png”));
ImageIcon bn4n7 = new ImageIcon(this.getClass().getResource(“bln4n7.png”));
ImageIcon rn4n7 = new ImageIcon(this.getClass().getResource(“rln4n7.png”));
ImageIcon gn4n7 = new ImageIcon(this.getClass().getResource(“gln4n7.png”));
ImageIcon bn6n7 = new ImageIcon(this.getClass().getResource(“bln6n7.png”));
ImageIcon rn6n7 = new ImageIcon(this.getClass().getResource(“rln6n7.png”));
ImageIcon gn6n7 = new ImageIcon(this.getClass().getResource(“gln6n7.png”));
String content;
String destip,filename;
int sn1,sn2,sn3,n1n4,n1n2,n2n1,n2n3,n3n2,n2n5,n3n6,n5n4,n4n5,n5n6,n6n5,n4n7,n5n7,n6n7,n7n8,n7n9,n7n10,n8n11,n8n9,n9n8,n9n12,n9n10,n10n9,n10n13;
Router()
{
c=getContentPane();
c.setLayout(null);
c.setBackground(new Color(140,220,110));
mb = new JMenuBar();
m = new JMenu(“File”);
m1 = new JMenuItem(“Attacker Details”);
m2 = new JMenuItem(“Nodes Status Details”);
m3 = new JMenuItem(“Exit”);
m.add(m1);
m.add(m2);
m.add(m3);
mb.add(m);
setJMenuBar(mb);
m1.addActionListener(this);
m2.addActionListener(this);
ImageIcon banner = new ImageIcon(this.getClass().getResource(“Router.PNG”));
JLabel title=new JLabel();
title.setIcon(banner);
title.setBounds(0, 0, 800, 50);
status = new JLabel(“Status:”);
status.setFont(f3);
status.setBounds(10,475,150,30);
c.add(status);
info = new JLabel(“Safe”);
info.setFont(f1);
info.setBounds(10,500,300,30);
c.add(info);
setTitle(“Router::Secure and Efficient Data Transmission for Cluster-based Wireless Sensor Networks”);
clustername1 = new JLabel(“CLUSTER1”);
clustername1.setBounds(180,470,100,30);
clustername1.setFont(f1);
c.add(clustername1);
clustername2 = new JLabel(“CLUSTER2”);
clustername2.setBounds(380,470,100,30);
clustername2.setFont(f1);
c.add(clustername2);
clustername3 = new JLabel(“CLUSTER3”);
clustername3.setBounds(580,470,100,30);
clustername3.setFont(f1);
c.add(clustername3);
ln6n7 = new JLabel();
ln6n7.setIcon(bn6n7);
ln6n7.setBounds(275,200,80,200);
c.add(ln6n7);
vn6n7 = new JLabel(“0”);
vn6n7.setFont(f2);
vn6n7.setBounds(320,230,80,200);
c.add(vn6n7);
ln13d = new JLabel();
ln13d.setIcon(bn6n7);
ln13d.setBounds(575,200,80,200);
c.add(ln13d);
ln5n7 = new JLabel();
ln5n7.setIcon(bn1n4);
ln5n7.setBounds(280,175,70,200);
c.add(ln5n7);
vn5n7 = new JLabel(“0”);
vn5n7.setFont(f2);
vn5n7.setBounds(310,165,70,200);
c.add(vn5n7);
ln12d = new JLabel();
ln12d.setIcon(bn1n4);
ln12d.setBounds(580,175,70,200);
c.add(ln12d);
ln4n7 = new JLabel();
ln4n7.setIcon(bn4n7);
ln4n7.setBounds(275,145,80,200);
c.add(ln4n7);
vn4n7 = new JLabel(“0”);
vn4n7.setFont(f2);
vn4n7.setBounds(320,105,80,200);
c.add(vn4n7);
ln11d = new JLabel();
ln11d.setIcon(bn4n7);
ln11d.setBounds(575,145,80,200);
c.add(ln11d);
ln1n4 = new JLabel();
ln1n4.setIcon(bn1n4);
ln1n4.setBounds(180,75,70,200);
c.add(ln1n4);
vn1n4 = new JLabel(“0”);
vn1n4.setFont(f2);
vn1n4.setBounds(210,65,70,200);
c.add(vn1n4);
ln2n5 = new JLabel();
ln2n5.setIcon(bn1n4);
ln2n5.setBounds(180,175,70,200);
c.add(ln2n5);
vn2n5 = new JLabel(“0”);
vn2n5.setFont(f2);
vn2n5.setBounds(210,165,70,200);
c.add(vn2n5);
ln3n6 = new JLabel();
ln3n6.setIcon(bn1n4);
ln3n6.setBounds(180,275,70,200);
c.add(ln3n6);
vn3n6 = new JLabel(“0”);
vn3n6.setFont(f2);
vn3n6.setBounds(210,265,70,200);
c.add(vn3n6);
ln8n11 = new JLabel();
ln8n11.setIcon(bn1n4);
ln8n11.setBounds(480,75,70,200);
c.add(ln8n11);
vn8n11 = new JLabel(“0”);
vn8n11.setFont(f2);
vn8n11.setBounds(520,65,70,200);
c.add(vn8n11);
ln9n12 = new JLabel();
ln9n12.setIcon(bn1n4);
ln9n12.setBounds(480,175,70,200);
c.add(ln9n12);
vn9n12 = new JLabel(“0”);
vn9n12.setFont(f2);
vn9n12.setBounds(520,165,70,200);
c.add(vn9n12);
ln10n13 = new JLabel();
ln10n13.setIcon(bn1n4);
ln10n13.setBounds(480,275,70,200);
c.add(ln10n13);
SCREEN SHOTS
Figure 6.1. SEQ Figure_6.1. * ARABIC 1 Sender

Figure 6.1. SEQ Figure_6.1. * ARABIC 2Nodes Initialization

Figure 6.1. SEQ Figure_6.1. * ARABIC 3 Router

Figure 6.1. SEQ Figure_6.1. * ARABIC 4 Shortest Path Router

Figure 6.1. SEQ Figure_6.1. * ARABIC 5 Destination

Figure 6.1. SEQ Figure_6.1. * ARABIC 6 Passive Attacker

Figure 6.1. SEQ Figure_6.1. * ARABIC 7Passive Attacker Update

Figure 6.1. SEQ Figure_6.1. * ARABIC 8 Passive Attacker in Node

Figure 6.1. SEQ Figure_6.1. * ARABIC 9 Active Attackers

Figure 6.1. SEQ Figure_6.1. * ARABIC 10 Active Attacker Node
SOFTWARE TESTINGThe purpose of testing is to get errors. Testing is that the method of attempting to get each conceivable fault or weakness in a very work product. It provides the simplest way to see the practicality of parts, sub-assemblies, assemblies And/or a finished product it’s the method of physical exertion software system with the intent of making certain that the computer code meets its necessities and user expectations and doesn’t fail in an unacceptable manner. There square measure numerous sorts of check. every check sort addresses a selected testing demand.

Different kinds of Testing Procedures
Unit Testing
Functional Testing
System Testing
Integration Testing
Acceptance Testing
Validation
Unit Testing
Unit checking involves the look of test cases that validate that the interior program logic is functioning properly, which program inputs manufacture valid outputs. All call branches and internal code flow ought to be valid. it’s the testing of individual software system units of the applying .it is done once the completion of a personal unit before integration. this can be a structural testing, that depends on information of its construction and is invasive. Unit checks perform basic tests at part level and test a particular business method, application, and/or system configuration. Unit tests make sure that every distinctive path of a business method performs accurately to the documented specifications and contains clearly outlined inputs and expected results
Functional Testing
Functional tests offer systematic demonstrations that functions tested square measure offered as nominative by the business and technical wants, system documentation, and user manuals.

System Testing
Software once valid should be combined with alternative system parts (e.g. Hardware, people, database). System testing verifies that everyone the weather area unit correct which overall system perform performance is achieved. It additionally tests to seek out discrepancies between the system and its original objective, current specifications and system documentation.

Integration Testing
Integration testing is a check data transformation between two models. once the software has been integrated a set of high order test square measure conducted. the foremost objective throughout this testing methodology is to want unit tested modules and builds a program structure that has been set by design.

The following square measure the classes of Integration Testing:
1.Top Down Integration
This methodology is Associate in Nursing progressive approach to the event of program structure. Modules square measure integrated by moving downward through the management hierarchy, beginning with the foremost program module. The module subordinates to the foremost program module square measure incorporated into the structure in either a depth first or breadth first manner. during this methodology, the software is checked from main module and individual stubs square measure replaced once the check yield down.

2.Bottom-up Integration
This methodology begins the event and testing with the modules at rock bottom level among the program structure. Since the modules square measure integrated from all-time low up, method required for modules subordinate to a given level is usually offered and additionally the would really like for stubs is eliminated.
A driver (i.e.) the management program for checking is written to coordinate check case input and output. The cluster is tested.

Drivers area unit removed and clusters area unit combined moving upward within the program structure the bottom up approaches test every module separately so every module is module is integrated with a main module and tested for practicality
Acceptance Testing
User Acceptance Testing could be a vital part of any project and needs vital participation by the top user. It additionally ensures that the system meets the useful needs.

Test Results: All the check cases mentioned higher than passed with success.
Validation
Validation may even be how of testing application over wrong quite inputs. once a wrong input is given by the user it informs the user to relinquish the correct inputs, validation is needed. Validation is usually tested over the incorrect quite inputs.

Black Box Testing
Black Box Testing is testing the software system with none information of the inner workings, structure or language of the module being tested. recording machine tests, as most other forms of tests, must be written from a definitive source document, such as specification or requirements document, such as specification or requirements document. It is a testing in which the software under test is treated, as a black box. you cannot “see” into it.

White Box Testing
White Box Testing could be a testing during which during which the software package tester has data of the inner workings, structure and language of the software package, or a minimum of its purpose. it’s purpose. it’s accustomed check areas that can’t be reached from a recorder level.

Test Plan
The take a look at prepare starts with the strategy of Testing. This take a look at prepare establishes all the connected testing activities that must be performed and defines the schedules, shares the resources and specifies the testing pointers. Throughout take a look acting the careful take a glance at cases area unit completed and in addition the expected results compared with the particular result. the ultimate word outcome of the take a look rating stage is that the error report and in addition the take a glance at report.

Test Data
The main objective here is to ascertain the varied purposeful wishes that unit per the package demand Specification.

Test Report
The check reports provide data concerning the data being entered among the forms with the required check cases and to determine whether or not or not or not the forms unit operative properly.

Test Cases
Dodging in from the rain-swept street, I changed a smile and a look with Miss Blank within the bar of the 3 Crows. This exchange was established with extreme demeanor. it’s a shock to suppose that, if still alive, Miss Blank should be one thing over sixty currently. however, time passes!
Test Case-1
Test case id Test case name User action Expected results Actual results Test status
TC01 File data Files Contents display Contents displayed Pass
TC02 Image data Image file Warning text display Warning text displayed Pass
TC03 Video file Video file upload Warning text display Warning text displayed Pass
TC04 Audio file Audio file uploaded Warning text display Warning text displayed Pass
TC05 Destination path correct Path input Path found Path founded Pass

Test case id Test case name User action Expected results Actual results Test status
TC06 Destination path Invalid Path input Path not found Error text Pass
TC07 Node number Valid node number Node attack Node attacked Pass
TC08 Node number invalid node number Warning text Warning text displayed Pass
TC09 IP address Valid IP address Destination attack Attacked Pass
TC10 IP address invalid IP address Warning text Warning text displayed Pass
CONCLUSIONIn this application, we initial reviewed the data transmission problems and also the security problems in CWSNs. The deficiency of the during this application, then we given two secure and efficient data transmission protocols respectively for CWSNs, we proposed two algorithms SET-IBS and SET-IBOOS. The SET-IBOOS SET-IBS algorithm are used secure and efficient data transmission from source to destination in cluster-based wireless sensor network, as well as solved the orphan node problem in the secure transmission protocols with the symmetric key management and routing attacks. the SET-IBS and SET-IBOOS algorithms have higher performance than existing secure algorithm for CWSNs.
FUTURE ENHANCEMENTfor the future work, one direction is to further explore opportunities to improve the performance of our routing.

Algorithms by analyzing special underperforming cases identified in the evaluation.

Another direction is to investigate inter-flow spatial reusability, and to optimize system wide performance.

Less memory consuming.

More secure enhancement with sensor node algorithms we can implementing.

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