Java Projects for Students

     Java Projects for Students is a Java Institute created by us to offer advanced technology based Java Projects. Our organization was awarded the globally approved ISO 9001.2000 certification by the International Organization for Standardization. We engage in discovering new knowledge, updating existing knowledge and disseminating this knowledge in order to produce an innovative idea for student’s projects. Today, our organization accommodates over 5000+ students in different branches (CSE, EEE, IT, ECE, EIE). We delivered 5000+ projects in world major countries including Brazil, South Korea, Japan, and USA. Accordingly, Our Java Projects for Students is one of the primary services that deliver the world renowned guidance from each and every region of the world who are able to access our services directly.

Java projects for students

    A Java projects for students are our global sector that nurturing and empowering students in a proper way and guide you in step-by-step manner. We continuously offer research based solution to make students to become skilled professionals who will get a better place for all mankind. Moreover, our Java Projects for Students operates various pioneering assistance services (Assignment Help, Programming Help, Online Project Help, Homework Help, etc.) in world. We focused on various research fields like Image Processing, Cloud Computing, Mobile Computing, Mobile Cloud Computing, and Internet of Things. This service will primarily handle “Internet Computing” and “Internet of Things”, which are continuously engaged in technological environment in the field of “Information Technology”.

Let’s know from the Internet Computing to the Internet of Things,

Internet Computing:

  • Web databases and interfaces
  • Social networks
  • Web mining
  • Data traffic models and statistics
  • Grid based computing
  • Cooperative applications
  • Internet caching algorithms
  • Web monitoring
  • Web site coordination and design
  • Intranets and WWW

Internet of Things:

  • Web monitoring
  • Next generation networks
  • Sensor devices and systems
  • Social analytics and networks
  • Smart city and supporting technologies
  • Services computing and IoT intelligent systems
  • Social impact of IoT (e.g. energy aware technologies)
  • IoT emerging applications
  • Fog Computing
  • Machine-to-Machine Communications
  • Machine-Type Communications
  • Monitoring as a Service (MaaS)
  • Augmenting cloud with IoT
  • P2P monitoring
  • Edge computing
  • Amazon Web Services IoT

               -AWS Kinesis

               -Amazon S3

               -Amazon CloudWatch

               -Amazon Machine Learning

               -AWS Lambda

               -Amazon DynamoDB

               -AWS CloudTrail

               -Amazon Elastic search Service

Supported IoT Technologies:

  • Sensors and IoT devices
  • Communication Protocols
  • Algorithms for data classification
  • 5G networks
  • Internet of nano things
  • Localization technologies
  • Software define networks
  • Data fusion and distributed storage
  • Control and routing protocols
  • Named data networking for IoT
  • Body sensor networks
  • Smart portable devices
  • IoT protocols (RPL, 6TiSCH, W3C, IPv6, 6LoWPAN)

IoT Applications

  • Medicine and health tracking (e.g. Activity and bio signal tracking)
  • Intelligent transportation systems (e.g. Smart traffic flow)
  • Event detection (e.g. Disaster detection)
  • Human centric sensing and crowd sensing
  • Smart city applications (e.g. Smart grid)
  • Environmental monitoring (e.g. Pollution monitoring)

/* Sample Java code using AWS IoT Service*/

import de.ozzc.iot.util.IoTConfig;

import de.ozzc.iot.util.SslUtil;

import org.eclipse.paho.client.mqttv3.*;

import org.slf4j.Logger;

import org.slf4j.LoggerFactory;


import static de.ozzc.iot.util.IoTConfig.ConfigFields.*;

public class Main {

private static final Logger LOGGER = LoggerFactory.getLogger(Main.class);

private static final int QOS_LEVEL = 0;

private static final String TOPIC = “MyTopic”;

private static final String MESSAGE = “AWS IOT!”;

private static final long QUIESCE_TIMEOUT = 5000;

public static void main(String[] args) {

if(args.length < 1)




try {

IoTConfig config = new IoTConfig(args[0]);

SSLSocketFactory sslSocketFactory = SslUtil.getSocketFactory(




MqttConnectOptions options = new MqttConnectOptions();



final String serverUrl = “ssl://”+config.get(AWS_IOT_MQTT_HOST)+”:”+config.get(AWS_IOT_MQTT_PORT);

final String clientId = config.get(AWS_IOT_MQTT_CLIENT_ID);

MqttClient client = new MqttClient(serverUrl, clientId);

client.setCallback(new ExampleCallback());


client.subscribe(TOPIC, QOS_LEVEL);

client.publish(TOPIC, new MqttMessage(MESSAGE.getBytes()));

// Remove the disconnect and close, if you want to continue listening/subscribing




catch (Exception e) {

LOGGER.error(e.getMessage(), e);




private static void showHelp()


System.out.println(“Usage: java -jar aws-iot-java-example.jar <config-file>”);

System.out.println(“\nSee for an example of a config file.”);




Here’s, we have provided few list of topics on Java Projects for students.

  • The new process of Fog Computing for Internet of Things in Security and Privacy Issues
  • A new source of System power analytic management 220 V AC in cloud Computing Services for applying by internet of things technology
  • An effective mechanism for Smart home based on internet of things and cloud computing
  • An efficient mechanism for Fog Computing Based on Face Identification and Resolution Scheme by Internet of Things
  • A new mechanism for Secure Data Access Control With Ciphertext Update of Computation Outsourcing used Fog Computing in Internet of Things
  • A new approach for Cloud-fog computing in information-centric Internet-of-Things applications
  • A novel technique of Fog computing architecture-based Wi-Fi union mechanism for internet advertising system
  • An efficient mechanism for Enablement of Internet of things used by cloud computing
  • An efficient mechanism for Cognitive Edge Computing based on resource allocation framework by Internet of Things
  • A novel study of adaptive and elastic cloud based framework with service oriented computing by Internet of Things