Full Stack Development Training

Full Stack Development Training

Abile Technologies conducted a seminar and a training program for NGP Arts and Science College, Coimbatore. The program was on Full Stack Development Tool. In this program our trainer explained about the Full Stack Developments.

It included about

Front Development Tools

Single Page Application Development using Angular 4

HTML, CSS, BootStrap, JS Frameworks

PHP, MySQL.

The program was very successful more than 30 students participated.

AWS Training

AWS Training

Abile Technologies conducted one Inplant Training and hands on workshop on Cloud computing using AWS. The program was conducted in two sessions.

Session 1:

Provided introduction to Cloud computing and AWS overview

Session2:

Our trainer provided a demonstration on Amazon Web Service, practically navigated to AWS console and explained about EC2, Creating a new instances, Installing Xampp on AWS and more.

Both sessions were enjoyed be the participants and the students provided a very positive feedback on the sessions.

DOT NET IEEE Projects with Training in Coimbatore – List of Titles

DOT NET IEEE PROJECT TITLES 2017-2018:

CLOUD COMPUTING PROJECT TITLES:

Catch You if You Misbehave: Ranked Keyword Search Results Verification in Cloud Computing

Customer-Satisfaction-Aware Optimal Multiserver Configuration for Profit Maximization in Cloud Computing

Dynamic-Hash-Table Based Public Auditing for Secure Cloud Storage

Enabling Semantic Search based on Conceptual Graphs over Encrypted Outsourced Data

Graph Encryption for Top-K Nearest Keyword Search Queries on Cloud

Keyword Search with Access Control over Encrypted Cloud Data

MMBcloud-tree: Authenticated Index for Verifiable Cloud Service Selection

Privacy Protection Based Access Control Scheme in Cloud-Based Services

Privacy-Preserving Multi-keyword Top-k Similarity Search Over Encrypted Data

Privacy-Preserving Smart Semantic Search Based on Conceptual Graphs Over Encrypted Outsourced Data

SeDaSC: Secure Data Sharing in Clouds

Strong Key-Exposure Resilient Auditing for Secure Cloud Storage

TAFC: Time and Attribute Factors Combined Access Control for Time-Sensitive Data in Public Cloud

User Differentiated Verifiable File Search on the Cloud

VPSearch: Achieving Verifiability for Privacy-Preserving Multi-Keyword Search over Encrypted Cloud Data

 

 

DATA MINING PROJECT TITLES

A Multi-Agent Advanced Traveler Information System for Optimal Trip Planning in a Co-Modal Framework

Continuous Top-k Monitoring on Document Streams

Detecting Stress Based on Social Interactions in Social Networks

Dynamic Facet Ordering for Faceted Product Search Engines

Efficient Keyword-aware Representative Travel Route Recommendation

Filtering out Infrequent Behavior from Business Process Event Logs

GALLOP: GlobAL feature fused Location Prediction for Different Check-in Scenarios

Generating Query Facets using Knowledge Bases

Influence Maximization in Trajectory Databases

Query Reorganisation Algorithms for Efficient Boolean Information Filtering

NETWORKING PROJECT TITLES

E2HRC: An Energy-Efficient Heterogeneous Ring Clustering Routing Protocol for Wireless Sensor Networks

Energy Efficient Clustering Algorithm for Multi-Hop Wireless Sensor Network Using Type-2 Fuzzy Logic

Energy Efficient Multipath Routing Protocol for Mobile ad-hoc Network Using the Fitness Function

Lightweight Three-factor Authentication and Key Agreement Protocol for Internet-integrated Wireless Sensor Networks

Research on Trust Sensing based Secure Routing Mechanism for Wireless Sensor Network

Traffic Decorrelation Techniques for Countering a Global Eavesdropper in WSNs

 

 

SECURE COMPUTING PROJECT TITLES

Cooperative Query Answer Authentication Scheme over Anonymous Sensing Data

FastGeo: Efficient Geometric Range Queries on Encrypted Spatial Data

NetSpam: a Network-based Spam Detection Framework for Reviews in Online Social Media

Privacy-Preserving Selective Aggregation of Online User Behavior Data

Search Rank Fraud and Malware Detection in Google Play

IOT Titles

Leveraging Crowdsourcing for Efficient Malicious Users Detection in Large-Scale Social Networks

SPFM: Scalable and Privacy-preserving Friend Matching in Mobile Cloud

IMAGE PROCESSING PROJECT TITLES

A Novel Data Hiding Algorithm for High Dynamic Range Images

Image Re-ranking based on Topic Diversity

SERVICE COMPUTING (WEB SERVICES)

Flexible Wildcard Searchable Encryption System

Transactional Behavior Verification in Business Process as a Service Configuration

 

 

 

 

 

 

 

IEEE JAVA Project titles – Projects with Training in Coimbatore

MOBILE COMPUTING PROJECT TITLES

A Proxy-based Collaboration System to Minimize Content Download Time and Energy Consumption

Detecting Mobile Malicious Webpages in Real Time

Quantifying Interdependent Privacy Risks with Location Data

Searching Trajectories by Regions of Interest

SUPERMAN: Security Using Pre-Existing Routing for Mobile Ad hoc Networks

PARALLEL AND DISTRIBUTED SYSTEMS PROJECT TITLES

iASK: A Distributed Q&A System Incorporating Social Community and Global Collective Intelligence

SECURE COMPUTING PROJECT TITLES

A Credibility Analysis System for Assessing Information on Twitter

Efficient and Privacy-preserving Min and k-th Min Computations in Mobile Sensing Systems

FastGeo: Efficient Geometric Range Queries on Encrypted Spatial Data

My Privacy My Decision: Control of Photo Sharing on Online Social Networks

Privacy-Preserving Selective Aggregation of Online User Behavior Data

ProGuard: Detecting Malicious Accounts in Social-Network-Based Online Promotions

Search Rank Fraud and Malware Detection in Google Play

Towards Detecting Compromised Accounts on Social Networks

 

INFORMATION FORENSICS AND SECURITY PROJECT TITLES

NetSpam: a Network-based Spam Detection Framework for Reviews in Online Social Media

Preventing Distributed Denial-of-Service Flooding Attacks with Dynamic Path Identifiers

Twitter Trends Manipulation: A First Look Inside the Security of Twitter Trending

IOT Titles

A Distributed Publisher-Driven Secure Data Sharing Scheme for Information-Centric IoT

An Efficient and Fine-grained Big Data Access Control Scheme with Privacy-preserving Policy

Efficient and Privacy-preserving Polygons Spatial Query Framework for Location-based Services

Follow But No Track: Privacy Preserved Profile Publishing in Cyber-Physical Social Systems

SPFM: Scalable and Privacy-preserving Friend Matching in Mobile Cloud

BIG DATA

Attribute-Based Storage Supporting Secure Deduplication of Encrypted Data in Cloud

SocialQ&A: An Online Social Network Based Question and Answer System

IMAGE PROCESSING PROJECT TITLES

Automatic Generation of Social Event Storyboard from Image Click-through Data

Image Re-ranking based on Topic Diversity

Tri-Clustered Tensor Completion for Social-Aware Image Tag Refinement

MULTIMEDIA PROJECT TITLES

Two-Stage Friend Recommendation Based on Network Alignment and Series-Expansion of Probabilistic Topic Model

 

SOFTWARE ENGINEERING PROJECT TITLES

A System for Profiling and Monitoring Database Access Patterns by Application Programs for Anomaly Detection

Improving Automated Bug Triaging with Specialized Topic Model

 SERVICE COMPUTING (WEB SERVICES)

Collaborative Filtering Service Recommendation Based on a Novel Similarity Computation Method

Transactional Behavior Verification in Business Process as a Service Configuration

IEEE 2017 NETWORKING PROJECT TITLES in JAVA

NETWORKING PROJECT TITLES

An Overlay Architecture for Throughput Optimal Multipath Routing

FaceChange: Attaining Neighbor Node Anonymity in Mobile Opportunistic Social Networks With Fine-Grained Control

Network Capability in Localizing Node Failures via End-to-End Path Measurements

Privacy and Integrity Preserving Top-k Query Processing for Two-Tiered Sensor Network

Routing in Accumulative Multi-Hop Networks

SWEET: Serving the Web by Exploiting Email Tunnels

IEEE Project titles – JAVA Data mining

DATA MINING PROJECT TITLES

An Iterative Classification Scheme for Sanitizing Large-Scale Datasets

Analyzing Sentiments in One Go: A Supervised Joint Topic Modeling Approach

Collaborative Filtering-Based Recommendation of Online Social Voting

Computing Semantic Similarity of Concepts in Knowledge Graphs

Detecting Stress Based on Social Interactions in Social Networks

Dynamic Facet Ordering for Faceted Product Search Engines

Efficient Clue-based Route Search on Road Networks

Efficient Keyword-aware Representative Travel Route Recommendation

Energy-efficient Query Processing in Web Search Engines

Generating Query Facets using Knowledge Bases

Influential Node Tracking on Dynamic Social Network: An Interchange Greedy Approach

l-Injection: Toward Effective Collaborative Filtering Using Uninteresting Items

Mining Competitors from Large Unstructured Datasets

Modeling Information Diffusion over Social Networks for Temporal Dynamic Prediction

Personal Web Revisitation by Context and Content Keywords with Relevance Feedback

PPRank: Economically Selecting Initial Users for Influence Maximization in Social Networks

QDA: A Query-Driven Approach to Entity Resolution

Query Expansion with Enriched User Profiles for Personalized Search Utilizing Folksonomy Data

RAPARE: A Generic Strategy for Cold-Start Rating Prediction Problem

SociRank: Identifying and Ranking Prevalent News Topics Using Social Media Factors

Towards Real-Time, Country-Level Location Classification of Worldwide Tweets

Trajectory Community Discovery and Recommendation by Multi-source Diffusion Modeling

Understand Short Texts by Harvesting and Analyzing Semantic Knowledge

User Vitality Ranking and Prediction in Social Networking Services: a Dynamic Network Perspective

User-Centric Similarity Search

When to Make a Topic Popular Again? A Temporal Model for Topic Re-hotting Prediction in Online Social Networks

IEEE Projects Training in Coimbatore – IEEE 2017 Project titles

JAVA IEEE PROJECT TITLES 2017-2018:

 

CLOUD COMPUTING PROJECT TITLES:

 

A Cross Tenant Access Control (CTAC) Model for Cloud Computing: Formal Specification and Verification

 

A Lightweight Secure Data Sharing Scheme for Mobile Cloud Computing

 

A Modified Hierarchical Attribute-Based Encryption Access Control Method for Mobile Cloud Computing

 

A New Service Mechanism for Profit Optimizations of a Cloud Provider and Its Users

 

A Novel Efficient Remote Data Possession Checking Protocol in Cloud Storage

 

A robust reputation management mechanism in the federated cloud

 

Achieving Efficient and Secure Data Acquisition for Cloud-supported Internet of Things in Smart Grid

 

Achieving secure, universal, and fine-grained query results verification for secure search scheme over encrypted cloud data

 

Assessing Invariant Mining Techniques for Cloud-based Utility Computing Systems

 

Customer-Satisfaction-Aware Optimal Multiserver Configuration for Profit Maximization in Cloud Computing

 

Efficient and Expressive Keyword Search Over Encrypted Data in Cloud

 

Fast Phrase Search for Encrypted Cloud Storage

 

Identity-Based Data Outsourcing with Comprehensive Auditing in Clouds

 

Identity-Based Encryption with Cloud Revocation Authority and Its Applications

 

Identity-Based Private Matching over Outsourced Encrypted Datasets

 

Identity-based Remote Data Integrity Checking with Perfect Data Privacy Preserving for Cloud Storage

 

On the Security of Data Access Control for Multi-authority  Cloud Storage Systems

 

Privacy Protection and Intrusion Avoidance for Cloudlet-based Medical Data Sharing

 

Privacy Protection based Access Control Scheme in Cloud-based Services

 

Privacy-Preserving Multikeyword Similarity Search Over Outsourced Cloud Data

 

Provably Secure Key-Aggregate Cryptosystems with Broadcast Aggregate Keys for Online Data Sharing on the Cloud

 

RAAC: Robust and Auditable Access Control with Multiple Attribute Authorities for Public Cloud Storage

 

Secure Data Sharing in Cloud Computing Using Revocable-Storage Identity-Based Encryption

 

Securing Cloud Data under Key Exposure

 

TAFC: Time and Attribute Factors Combined Access Control for Time-Sensitive Data in Public Cloud

 

TEES: An Efficient Search Scheme over Encrypted Data on Mobile Cloud

 

Two-Cloud Secure Database for Numeric-Related SQL Range Queries with Privacy Preserving

 

Why you need to do Academic Final year Project?

27th Oct 2012 General, Uncategorized

Why you need to do Academic Final year Project?

While we are in our final year of graduation, have are asked to submit a project work, let it be any engineering stream, Science, Computer science graduation, post graduation, we need to go for industrial project.

final year project

But often we feel that is this academic project in our curriculum is worth or we do really learn to do projects.

Most of us we go to a project centre nearby, we pay the money they ask for and we buy a readymade old documented projects, then we feel relaxed, and get satisfied by the score give in review. Is that the goal of final year project?

If you feel doing a Final year project at a pay project centre is best option and then you are doing a huge mistake for your future.

If you don’t agree with me ask your seniors / friends who done the same and hunting for the job.

Is the job market empty? – Nope…
Jobs

The HR are still struggling to recruit hands for the concerns, they couldn’t able to fill the opening they have. There is a huge gap between the job market and skilled graduates.

The academic final year project is a very important phase in your graduation curriculum, it is meant for the students to learn the technologies and practical to experiment what the student has learn in his/her graduation period.

Making proper use of project duration will help you set a proper carrier path for your future.

Think, Avoid doing Pay projects, if you feel you don’t have knowledge on the technologies and don’t know to implement what you have learnt try to learn and experiment or get help of your professor else choose a better training institute which is industry oriented and provides proper training.

we make you Employable

Make Yourself Employable.
                                   

                                                                            Abile Technologies
                                                                                                                                                                     

                                                                                                                                                                  We make you employable

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Geoengineering Could Be Essential to Reducing the Risk of Climate Change

26th Oct 2012 Recent Blogs, Uncategorized

Geoengineering—using technology to purposefully change the climate—is the only option for reducing the risk of climate change from greenhouse-gas emissions in the next few decades, says David Keith, a professor of public policy and applied physics at Harvard University. And he says that if it’s done in moderation, it could be much safer than some experts have argued. In fact, says Keith, effective methods of geoengineering are so cheap and easy that just about any country could do it—for better or worse.

 

Keith’s preferred method of geoengineering is to shade the earth by injecting sulfate particles into the upper atmosphere, imitating a similar process that happens with large volcanic eruptions, which are known to temporarily cool the planet. The technique could be effective even if far less sulfate were injected than is currently emitted by fossil-fuel power plants. A million tons

per year injected into the stratosphere would be enough—whereas 50 million tons are injected into the lower part of the atmosphere by coal plants, he says. (In the lower atmosphere, the sulfates are less effective at cooling because they stay airborne for shorter periods.)

One of the main objections to geoengineering is that the measures that might be taken to cool the planet won’t exactly offset the effects of carbon dioxide, so they could actually make things much worse—for example, by altering patterns of precipitation. Keith says recent climate models suggest that injecting sulfate particles into the upper reaches of the atmosphere might not affect precipitation nearly as much as others have warned.

“I propose that you start in about 2020, and you start very, very gradually increasing your amount of sulfate engineering so that you cut about in half the rate of warming,” he says. “Not eliminate it, but cut it about in half. Cutting it in half is a big benefit.”

One of the benefits could be increased crop production. Though some critics have worried that geoengineering would alter monsoon patterns that are key to agriculture in India, Keith says moderate geoengineering could actually boost crop productivity there by 20 percent, in part by reducing temperatures.

Keith and some of his colleagues recently hired engineers to estimate healthy man viagra how viagra generic online much one approach clomid online to sulfate injection might work, propecia cost and how much it might cost. It could be done at first with existing airplanes—certain business jets can fly high enough to inject the particles into the upper atmosphere. Eventually we would need new planes that can fly higher. All in all, once the procedure is propecia 5mg 1mg scaled up it would cost about a billion dollars a year and require about 100 aircraft. That’s cheap enough for most countries to pull off on their own.

The fact

that it’s easy isn’t necessarily a good thing, Keith says. There’s the potential that if one country does it, another might blame that country—rightly propecia online or wrongly—for ensuing bad weather.

And there are also real concerns about the impact sulfates might have on the atmosphere. It’s known that sulfates can be involved in reactions that deplete the ozone layer. As the earth warms, water vapor levels are increasing, which could exacerbate the problem. Keith is proposing a test to discover quantitatively just what the effect of the injections could be. He would introduce small clouds of sulfate and water vapor into the stratosphere using balloons, and then carefully measure the reactions that take place.

And Keith acknowledges a concern many have had about geoengineering: that using it to offset problems from climate change will reduce the incentive to tackle the greenhouse-gas emissions at the root of the problem. Even if geoengineering is employed, reducing emissions will still be important. Sulfate injection does nothing to address the ocean acidification associated with increased levels of carbon dioxide in the atmosphere. And if emissions continue

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to grow, ever-increasing amounts of sulfate will be needed.

But Keith thinks the potential benefits might be worth the dangers. “We don’t know enough yet to start,” he says. “But the current balance of evidence is that doing this really would reduce risks. And for that reason, we’ve got to take it seriously. It really would be reckless not to look at something that could reduce risk like this could.”

 

Command Design Pattern

22nd Sep 2012 Java, Uncategorized

Command Design Pattern

Command design pattern is used to encapsulate a request as an object and pass to an invoker, wherein the invoker does not knows how to service the request but uses the encapsulated command to perform an action.

To understand command design pattern we should understand the associated key terms like client, command, command implementation, invoker, receiver.

  • Command is an interface with execute method. It is the core of contract.
  • A client creates an instance of a command implementation and associates it with a receiver.
  • An invoker propecia quanto custa instructs the command to perform an action.
  • A Command implementation’s instance creates a binding between the receiver and an action.
  • Receiver is the object that knows the actual steps to perform the action.

Command Pattern Discussion

It will be easier to understand all the above with an example. Let us think of developing a universal remote. Our UnversalRemote will have only two buttons, one is to power on and another is to mute all associated ConsumerElectronics.

For ConsumerElectronics we will have couple of implementations Television and SoundSystem. Button is a class that is the invoker of an action.

OnCommand is used to switch on a ConsumerElectronics. While instantaiting OnCommand client needs to set the receiver. Here receiver is either Television or SoundSystem. UniversalRemote class will maintain all the receivers and will provide a method to identify the currently active receiver.

When an instance of a invoker is created, a concrete command is passed to it. Invoker does not know how to perform an action. All it does is honoring the agreement with the Command. Invoker calls the execute() method of the set concrete command.

UML Diagram for Command Pattern

Command Pattern Example Implementation

Command.java

package com.javapapers.designpattern.command; 

public interface Command {

 

public abstract void execute();

 

}

OnCommand.java

package com.javapapers.designpattern.command; 

public class OnCommand implements Command {

 

private ConsumerElectronics ce;

 

public OnCommand(ConsumerElectronics ce) {

this.ce = ce;

}

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public void execute() {

ce.on();

}

}

MuteAllCommand.java

package com.javapapers.designpattern.command; 

import java.util.List;

 

public class MuteAllCommand implements Command {

List<ConsumerElectronics> ceList;

 

public MuteAllCommand(List<ConsumerElectronics> ceList) {

this.ceList = ceList;

}

 

@Override

public void execute() {

 

for (ConsumerElectronics ce : ceList) {

ce.mute();

}

 

}

}

ConsumerElectronics.java

package com.javapapers.designpattern.command; 

public interface ConsumerElectronics {

public abstract void on();

public abstract void mute();

}

Television.java

package com.javapapers.designpattern.command; 

public class Television implements ConsumerElectronics {

 

public void on() {

System.out.println(“Television is on!”);

}

 

@Override

public void mute() {

System.out.println(“Television is muted!”);

 

}

}

SoundSystem.java

package com.javapapers.designpattern.command; 

public class SoundSystem implements ConsumerElectronics {

 

public void on() {

System.out.println(“Sound system is on!”);

}

 

@Override

public void mute() {

System.out.println(“Sound system is muted!”);

 

}

}

Button.java

package com.javapapers.designpattern.command; 

public class Button {

Command c;

 

public Button(Command c) {

this.c = c;

}

 

public void click(){

c.execute();

}

}

UniversalRemote.java

package com.javapapers.designpattern.command; 

public class UniversalRemote {

 

public static ConsumerElectronics getActiveDevice() {

// here we will have a complex electronic circuit 🙂

// that will maintain current device

Television tv = new Television();

return tv;

}

 

}

DemoCommandPattern.java

package com.javapapers.designpattern.command; 

import java.util.ArrayList;

import java.util.List;

 

public class DemoCommandPattern {

public static void main(String args[]) {

 

// OnCommand is instantiated based on active device supplied by Remote

ConsumerElectronics ce = UniversalRemote.getActiveDevice();

OnCommand onCommand = new OnCommand(ce);

Button onButton = new Button(onCommand);

onButton.click();

 

Television tv = new Television();

SoundSystem ss = new SoundSystem();

List<ConsumerElectronics> all = new ArrayList<ConsumerElectronics>();

all.add(tv);

all.add(ss);

MuteAllCommand muteAll = new MuteAllCommand(all);

Button muteAllButton = new Button(muteAll);

muteAllButton.click();

 

}

}

Important Points on Command Pattern

 

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    Full Stack Development Training

    Abile Technologies conducted a seminar and a training program for NGP Arts and S ...

    AWS Training

    Abile Technologies conducted one Inplant Training and hands on workshop on Cloud ...

    DOT NET IEEE Projects with Training in Coimbatore – List of Titles

    DOT NET IEEE PROJECT TITLES 2017-2018: CLOUD CO ...

    IEEE JAVA Project titles – Projects with Training in Coimbatore

    MOBILE COMPUTING PROJECT TITLES A Proxy-based Collaboration Sy ...