Java Small Projects

Java Small Projects provide projects in reasonable prices and promoting a lot of project ideas for engineering students and research scholars. We will help you to get best final year project with effective source code for: B.E/B.Tech/M.E/M.Tech/MCA/MSC/PhD/MS. Our resourceful problem solvers guide you to successfully complete your degree courses by providing quality projects. Our current researches involving in IoT, Big Data, Data Engineering, Network Security, Sensor Networks, Web Services and other major domains. Project training will be provided for individual students along with this support for workshops, conferences by top professionals. If you are inexperienced student of doing final year course, we help you to get knowledge in Java programming.

Java Small Projects

Java Small Projects is the platform to get a strong knowledge in Java. A lot of opportunity provides for developing application based Java small projects. Java is widely used in a variety of systems, computing platforms, embedded devices and mobile phones. We provide Java small projects using Hadoop, Spark, SQL Server, XML, jQuery, AngularJS, Hibernate, Spring, HTML5, and CSS3. By experience of the Database Domain, we shared few ideas in Database domain.

Database Project Ideas

Task Management System
Electricity Bill Payment System
Hotel Management System
E-Ticket System
Database Management System for Stock Exchange
Small Website Development using MySQL and PHP Database
College Database System

Machine Specifications (Minimum/Recommended) used in this idea are:

Hardware Requirements – Minimum Configuration

Machine –x86 (32-bit)/x86-64 (64-bit)
Memory -1GB/2GB

Software Requirements – Minimum Configuration

Operating System – Windows XP (32 bit/64 bit), Windows Vista (32 bit/64 bit), Windows 7 (32 bit/64 bit), A Linux Version (Ubuntu 12.04 LTS 64 bits)

Recommended Java Virtual Machines

For any operating systems, we need any one of the following JVMs

OpenJDK 7
Oracle Java SE JRE 6
Oracle Java SE JRE 7

Java Application Servers

Apache Tomcat 6
Apache Tomcat 7
IBM WebSphere Application Server 8
Oracle WebLogic Server 11gR1 (10.3.6)
Red Hat JBoss AS 5.1
Sun Glassfish 3.1.2

Java Databases

Oracle Database 11gR2 (11.2.0.x)
Microsoft SQL Server 2008 R2
PostgreSQL 9.1
MySQL 5.5

We have experts team for preparing innovate database security projects in the areas of auditing, authorization, data encryption, virtual private databases and also work in network monitoring, key management, database firewalls, secure configuration, user authentication, intrusion detection, security protocols (Kerberos/Secure Sockets Layer).

**/* Sample Java Code for implementing RSA Algorithm */**

// Source code…..

import java.math.BigInteger;

import java.security.SecureRandom;

public class RSAHomomorphic {

private final static BigInteger one = new BigInteger(“1”);

private final static SecureRandom random = new SecureRandom();

private BigInteger privateKey;

private BigInteger publicKey;

private BigInteger modulus;

// Generate an N-bit (roughly) public and private key

RSAHomomorphic(int N) {

BigInteger p = BigInteger.probablePrime(N/2, random);

BigInteger q = BigInteger.probablePrime(N/2, random);

BigInteger phi = (p.subtract(one)).multiply(q.subtract(one));

modulus = p.multiply(q);

publicKey = new BigInteger(“65537”); // common value in practice = 2^16 + 1

privateKey = publicKey.modInverse(phi);

}

BigInteger encrypt(BigInteger message) {

return message.modPow(publicKey, modulus);

}

BigInteger decrypt(BigInteger encrypted) {

return encrypted.modPow(privateKey, modulus);

}

public String toString() {

String s = “”;

s += “public = ” + publicKey + “\n”;

s += “private = ” + privateKey + “\n”;

s += “modulus = ” + modulus;

return s;

}

public static void main(String[] args) {

RSAHomomorphic key = new RSAHomomorphic(100);

System.out.println(key);

BigInteger x1 = new BigInteger(“100”);

BigInteger x2 = new BigInteger(“2”);

BigInteger enc_x1 = key.encrypt(x1);

BigInteger enc_x2 = key.encrypt(x2);

BigInteger dec_x1 = key.decrypt(enc_x1);

BigInteger dec_x2 = key.decrypt(enc_x2);

BigInteger homomorphic = enc_x1.multiply(enc_x2);

BigInteger dec_h = key.decrypt(homomorphic);

System.out.println(“x1 = ” + x1);

System.out.println(“x2 = ” + x2);

System.out.println(“E ( x1 ) = ” + enc_x1);

System.out.println(“E ( x2 ) = ” + enc_x2);

System.out.println(“E ( x1 ) * E ( x2 ) = ” + homomorphic);

System.out.println(“D ( E ( x1 ) * E ( x2 ) ) = ” + dec_h);

}