top list of android projects ideas for cse, mca and it engineering students

Top List Of Android Projects Ideas For

CSE, MCA And IT

Engineering Students

http://www.elprocus.com/

Introduction:

Top List of Android Projects Ideas for CSE,

MCA and IT Engineering Students

This project provides Top List Of Android Projects For MCA And IT

Engineering Students. We provide the project ideas that involve

development of applications using android OS. In this era of the

smartphone revolution, android-based applications find applications in a

wide variety of areas and have become very familiar.

Due to the popularity of android-based applications and their usage, many

students are interested in building these applications for their academic

projects.

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Android-based Prescription Viewer Application:

This project is an electronic-based prescription format for the doctors.

The usage of this application is very simple for the doctors as it allows

them to enter patient’s name, drugs’ details, and dosage. Once the details

of patient’s postal address and area code are fed into the application, it

enables the patient to acquire medicines directly from any pharmacy

store. This system also provides a facility to send instructions to the

patients.












Children Tracking System Using Bluetooth MANET

Composed of Android Mobile Terminals:

With this application, parents can easily track the whereabouts of their

children using Android mobiles. In this system, Android terminals

communicate through a Bluetooth MANET. This application also

facilitates the exchange of information through wireless LAN.

We have been developing a New Generation Children Tracking System

using Android terminals, based on experiences and findings of the field

experiments for the Hiroshima City Tracking System executed in 2007.












In the developing system, android terminals communicate with each other

with bluetooth and configure a bluetooth MANET. Also, they set clusters

autonomously by exchanged information. Tags in the mesh network use

wireless LAN to communicate with neighbor tags.

They communicate with each other using the ad hoc routing protocols. We

implement secret sharing scheme for secure their end-to-end

communication.

In atc2012, we plan to show the demonstration that android terminals

configure clusters autonomously, and tags in the mesh network deliver

group information to the server.












Authentication Schemes for Session Passwords using Color

and Images by Android:

Textual passwords are the most common method used for authentication.

But textual passwords are vulnerable to eavesdropping, dictionary attacks,

social engineering, and shoulder surfing.

Graphical passwords are introduced as alternative techniques to textual

passwords. Most of the graphical schemes are vulnerable to shoulder

surfing. To address this problem, text can be combined with images or

colors to generate session passwords for authentication.

Session passwords can be used only once and every time a new password

is created. In this paper, two techniques are proposed to generate session

passwords using text and colors which are resistant to shoulder surfing.

These methods are suitable for Personal Digital Assistants.












Many people often use text-based passwords for the security of the data

stored in their mobiles. However, the use of text-based passwords is prone

to dictionary attacks and eavesdropping.

This project is proposed to develop high security by implementing

passwords as colors and images.












Session Password Application:












Android Suburban Railway Ticketing with GPS as Ticket

Checker:

This project eliminates the need to stand in the queue for buying tickets.

This particular system enables any user to buy the suburban railway ticket

on the smartphone itself, and also provides a reference code for the ticket.

This project uses the GPS system on the smartphone to validate and delete

the ticket automatically once the user reaches the destination point.












One of the biggest challenges in the current ticketing facility is

“QUEUE” in buying our suburban railway tickets. In this fast growing

world of technology we still stand in the queue or buy with Oyster and

Octopus cards for our suburban tickets, which is more frustrating at

times to stand in the line or if we forget our cards.

This paper Android Suburban Railway (ASR) ticketing is mainly to buy

the suburban tickets which is the most challenging when compared to

booking the long journey tickets through `M-ticket' which fails with

suburban(local travel) tickets. Our ASR ticket can be bought with just a

smart phone application, where you can carry your suburban railway

tickets in your smartphone as a QR (Quick Response) code.












It uses the smartphones “GPS” facility to validate and delete your ticket

automatically after a particular interval of time once the user reaches the

destination. User's ticket information is stored in a CLOUD database for

security purpose which is missing in the present suburban system.

Also, the ticket checker is provided with a controller application to search

for the user's ticket with the ticket number in the cloud database for

checking purposes.












Android System Design and Implementation for Telemetric

Services:

This application enables integration of android software with the network

management functions and media-oriented system transport technologies

to use multiple network access. Telemetric is an integration of both

telecommunication and informatics. This method is applicable to traffic

safety, road navigation, remote business, etc.












Automatic Brightness Control of the Hand-held Device

Display with Low Illumination:

This project reduces the need to set up brightness of the smartphone based

on the ambient light intensity. In this project, the intensity of a Smartphone

is controlled particularly in low illumination places.

This application is based on using the image details of the user’s face and

its background to estimate the contrast ratio and determine the brightness.

The automatic light control is a standard functionality on the smartphone.

Either Android phones or iPhones enable this capability by using the light

sensor which located on the front panel.












Unfortunately, the automatic brightness control is unsatisfactory on these

two types of smartphones where the user always struggles with the

brightness setup to adapt to the ambient light with various intensities. In

this paper, a novel automatic brightness control method which is suitable

for low illumination is proposed.

We take advantage of the front panel camera on the smartphone and face

detection technics to capture the image of user's face and background.

With low ambient brightness, the proposed scheme calculates the contrast

ratio between user's face and background to determine the optimum screen

brightness.












Android Based Brightness Control Application:












Network-Assisted Mobile Computing with Optimal Uplink

Query Processing:

Depending upon the queries of users, mobile applications often retrieve

data from the remote servers. This affects the life of the batteries of the

servers due to slow response time from the remote servers, and also due to

a large number of queries.

This application provides a solution by deploying mid-network systems

with leasing capabilities. It helps reduce the consumption of the battery

and also improves the performance of the system or response time.












Many mobile applications retrieve content from remote servers via user

generated queries. Processing these queries is often needed before the

desired content can be identified. Processing the request on the mobile

devices can quickly sap the limited battery resources.

Conversely, processing user queries at remote servers can have slow

response times due communication latency incurred during transmission of

the potentially significant query. We evaluate a network-assisted mobile

computing scenario where a service provider deploys mid network nodes

with "leasing” capabilities.

Leasing computation power can reduce battery usage on the mobile

devices and improve response times. However, borrowing processing

power from mid-network nodes comes at a rental cost which must be

accounted for when making the decision of where processing should

occur.












We study the tradeoff between battery usage, processing and transmission

latency, and mid-network leasing. We use the dynamic programming

framework to solve for the optimal processing policies that suggest the

amount of processing to be done at each mid-network node in order to

minimize the processing and communication latency and processing costs.

Through numerical studies, we examine the properties of the optimal

processing policy and the core tradeoffs in such systems.












Network Assisted Mobile Computing:












A Personalized Mobile Search Engine (PMSE):

This project is different from the conventional search engines as it

provides the ease of searching based on user preferences. The user

preferences are classified as content concepts and location concepts. The

project involves arrangement of user preferences in ontology-based

multifaceted user profile for rank adaption purpose.

We propose a personalized mobile search engine (PMSE) that captures the

users' preferences in the form of concepts by mining their click through

data. Due to the importance of location information in mobile search,

PMSE classifies these ideas into content concepts and area concepts.












In addition, users' locations (positioned by GPS) are used to supplement

the area concepts in PMSE. The user preferences are organized in an

ontology-based, multifaceted user profile, which are used to adapt a

personalized ranking function for rank adaptation of future search results.

To characterize the diversity of the concepts associated with a query and

their relevance’s to the user's need, four entropies are introduced to

balance the weights between the content and location facets. Based on the

client-server model, we also present a detailed architecture and design for

implementation of PMSE.

In our design, the client collects and stores locally the click through data to

protect privacy, whereas heavy tasks such as concept extraction, training,

and retaking are performed at the PMSE server.












Moreover, we address the privacy issue by restricting the information in

the user profile exposed to the PMSE server with two privacy parameters.

We prototype PMSE on the Google Android platform. Experimental

results show that PMSE significantly improves the precision comparing to

the baseline.












Personalized-Mobile-Service-Engine:












Network Behavior Analysis For Android Malware Detection:

The rapid growth of smartphones has lead to a renaissance for mobile

application services. Android and iOS now as the most popular

smartphone platforms offer a public marketplace respectively, the Android

Market and App Store- but operate with dramatically different approaches

to preventing malware on their devices.

In Android platform, developer not only can directly deliver their apps on

the Android market without strict review process, but also is capable to put

the non-official verified apps marketplace (i.e., Applanet, AppBrain and so

on).

In this study, we purpose an automatic Android malware detection

mechanism based on the result from sandbox.












We leverage network spatial feature extraction of Android apps and

independent component analysis (ICA) to find the intrinsic domain name

resolution behavior of Android malware.

The proposed mechanism that identifies the Android malware can achieve

in automatic way. For the evaluation the proposed approach, the public

Android malware apps dataset and famous benign apps collected from

Android Market are used for evaluating the effectiveness in analyzing the

grouping ability and the effectiveness of identifying the Android malware.

The proposed approach successfully identifies malicious Android Apps

close to 100% accuracy, precision and recall rate.












Distributed Web Systems Performance Forecasting Using

Turning Bands Method:

With the increasing development of distributed computer systems (DCSs)

in networked industrial and manufacturing applications on the World Wide

Web (WWW) platform, including service-oriented architecture and Web of

Things QoS-aware systems, it has become essential to predict the Web

performance.

In this paper, we present Web performance prediction in time and space by

making a forecast of a Web resource downloading using the Turning

Bands (TB) geostatistical simulation method.












Real-life data for the research were obtained in an active experiment

conducted by our multi-agent measurement system MWING performing

monitoring of a group of Web servers worldwide from agents localized in

different geographical localizations in Poland.

The results show good quality of Web performance prediction made by

means of the TB method, especially in the case when European Web

servers were monitored by an MWING agent localized in Gliwice, Poland.












Conclusion:

These Android projects are implemented for Android OS and are

recommended mostly for IT and MCA students as most of the projects

require the development of software - based applications.

We hope that our interesting and latest project ideas offer immense help to

the students and make them select appropriate projects for their final year

project work. We encourage and welcome queries, suggestions and

comments from our readers.









top list of android projects ideas for cse, mca and it engineering students

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