Advanced Java Projects is most popular in-demand service in today’s world. Java programming training is organized by well experienced and adroit experts who have worked on real-time projects for students and research scholars. Most people know Java as a programming language for developing applications. In 2017, Java is the leading programming language with contains pre-packaged solutions for all problems. The advanced Java projects released every year simultaneously. We provide advanced Java projects using struts framework, JSP, XML and web application component development with servlets. We are very skilful and quick in the way we think and we always strive to provide best solutions that exceed customer’s expectations.
Advanced Java Projects
Advanced Java Projects offers good titles for a successful project. Advanced Java is ubiquitous in many research areas of IT: Audio/Video processing, Control systems, Computer device drivers, Telecommunication systems, Simulation systems, Medical imaging, and Embedded Software Systems. You can freely use any Java libraries, frameworks and application servers for your final year project ideas. Let’s check few final projects ideas,
- Audio player (e.g. winamp)
- Chat messenger
- Compression tool (e.g. winzip)
- FTP Client
- Video player
Major Java Uses
- To develop Android Applications
- To develop Application Servers
- To develop Business Process Management Tools
- To develop Hadoop Applications
- To develop Web Servers
- To develop Web Frameworks (e.g. Hadoop, Hibernate, Strut)
- To develop Database Applications (e.g. SQL and Hibernate)
- To develop Web Applications (e.g. Servlets, JSP, Session Beans)
- To process XML using Java APIs
- To develop Computer Games
Development Platforms for Advanced Java Projects
- Android (OS to develop smartphone applications)
- Angular JS (JavaScript framework to design one page websites)
- AWC Cloud (Cloud service provider for providing secure services for end users)
- Big Data + Hadoop (Data analytics framework to analyse data)
- CSS3 + HTML (Web technology compatible with any browser)
- Microsoft Azure (IAAS, PAAS supported framework)
- Microsoft .NET (Programming language to program ASP.NET, SQL server, MVC)
In this page, we provided one source code in the area of “Wireless Sensor Networks”. This project main idea is to detecting and preventing security attacks which will be useful like military applications.
// Source code for intrusion detection system
import IntruderDetectionWSN.GlobalRuntimeVariables;
import java.util.Random;
public class StraightLineIntruder extends Intruder {
@Override
public Float getFinalX()
{
if ( finalX != -1 )
return finalX;
else
return GlobalRuntimeVariables.getInstance().getBoardWidth().floatValue();
}
@Override
public void initialize(Integer initX, Integer initY, Integer finalX, Integer finalY) {
// Store for later use
this.initX = initX.floatValue();
this.initY = initY.floatValue();
this.finalX = finalX.floatValue();
this.finalY = finalY.floatValue();
// Initialize Variables
GlobalRuntimeVariables gsv = GlobalRuntimeVariables.getInstance();
locations = 0;
totLocations = 0;
Random numGen = new Random();
Float X0 = initX.floatValue();
Float X1 = finalX.floatValue();
Float Y0 = initY.floatValue();
Float Y1 = finalY.floatValue();
// Figure out the initial and final positions here
if ( Y0 == -1 ) { Y0 = numGen.nextFloat() * gsv.getBoardHeight(); }
if ( X1 == -1 ) X1 = gsv.getBoardHeight().floatValue();
if ( Y1 == -1 ) Y1 = Y0;
// Float slope = (Y1 – Y0) / (X1 – X0);
dX = 1.0f;
if ( X1 – X0 != 0 ) {
dY = ( (Y1 – Y0 ) / (X1 – X0) );
}
posX = X0;
posY = Y0;
// Start the intruder randomly outside of the board
//posY = numGen.nextFloat() * gsv.getBoardSize();
}
@Override
public void update() {
posX += dX;
posY += dY;
/*
if ( finalX != -1 ) {
if ( posX > finalX ) {
// just in case, should automatically detect this
} else {
totLocations++;
if ( posX > 0 ) { // Only Increment as soon as he gets into the sensor range
locations++;
}
}
} else {
totLocations++;
if ( posX > 0 ) { // Only Increment as soon as he gets into the sensor range
locations++;
}
}*/
totLocations++;
if ( posX > 0 ) { // Only Increment as soon as he gets into the sensor range
locations++;
}
}
@Override
public void reset() {
initialize(initX.intValue(),initY.intValue(),finalX.intValue(),finalY.intValue());
}
@Override
public Double getDistanceTraveled() {
return totLocations.doubleValue();// * dX + totLocations.doubleValue() * dY;
}
@Override
public Double getDistanceTraveledInField() {
return locations.doubleValue() * dX + locations.doubleValue() * dY;
}
private Float initX, finalX;
private Float initY, finalY;
}
Now, let’s look at wireless sensor networks based advanced Java projects titles
- An effective mechanism for Energy Consumption Analysis of High Quality Multi-Tier in Wireless Multimedia Sensor Network
- The new process of efficient fuzzy path selection approach to mitigate selective forwarding attacks by wireless sensor networks
- An efficient mechanism for Dynamic access control in wireless sensor networks
- A new mechanism for DV-HOP node location algorithm based on Wireless Sensor Networks
- The new process of WSN mobile agent multi-objective optimization route planning algorithm
- An effective mechanism for Fault-Tolerant Virtual Backbone into Heterogeneous Wireless Sensor Network
- An effective mechanism for Sleep Scheduling in Industrial Wireless Sensor Networks by Toxic Gas Monitoring
- An effective mechanism for Novel Integer-Coded Memetic Algorithm based on Set k-Cover Problem by Wireless Sensor Networks
- An efficient mechanism for Kernel-Based Compressive Sensing Approach in Mobile Data Gathering by Wireless Sensor Network Systems
- A novel study of Structural Health Monitoring used by Wireless Sensor Networks
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