Category: Android projects

PRECAUTIONS AND MEDICINES FOR COMMON DISEASES

There are some common infectious diseases like common cold, some eye infections and other viral diseases which can be so easily picked up and some other conditions that effect the functioning of our bodies.

Since the beginning of human existence on the planet, diseases have played a significant role in  the events of every area. This brief listing of some of the most common diseases explains their causes, symptoms, history, prevention and treatment and provides useful information.

Some diseases like Cholera,Diphtheria,Malaria,Mumps,Influenza, Scarlet Fever,Smallpox,Typhoid Fever and Yellow Fever

Here, our application provides some precautions and medicines for common diseases which are listed

KEY FUNTIONALITY:

Precautions and Medicines for Common Diseases application which displays some frequent diseases and specification of each disease with symptoms,precautions,medicines and whatfood to take while facing the particular problem or disease.

In this application Help provides some additional information listed diseases and also how to use app.

User– The user can not only know their calorific requirements but also can calculate calories for the food consumed. Various low-calorie recipes have been included for reference.

Database – It is used to store the calorific value data and recipes.

Application– Carries out all calculations and database retrieving

The need to know the calories in the consumed food is necessary to maintain a healthy diet. Diet Advisor is developed to track the calories consumed by an individual.

For those who don’t know how many calories they need in a day, Diet advisor provides functionality to calculate the calorific requirement also.

For those who know the calorie requirement, and don’t know how to prepare a healthy diet Diet Advisor provides with recipes which have abundant nutrients and are low in calorific value.

Diet Advisor lets the user store single calorific value, which can be retrieved later and calories can be added to existing value.

Every individual has unique dietary and nutritional requirements. A personalized nutrition service from ‘Diet Advisor’ can help intervene and support with a wide range of information.

With our thorough diet consultation service you can benefit from a unique individualized nutritional intervention programme, tailored to your body’s requirements.

“Our Voice Alert Android project is that when message is received it will display a text message with voice alert”.
Actually in our mobiles if message is received it will just display the senders name and message sent will be displayed in inbox or as a dialog on the screen but when we open we can see in inbox only.

So in our voice alert project when a particular person is busy he cant be a able to see the message sent by the sender, he may ignore it, but in our project “VOICE ALERT” (a voice that says the sender name as alert).

He may know the sender name with voice and if necessary or important he may read the message if not he can ignore that message if they are busy.

Proposed System

In our voice alert project your android mobile speaks to you when following events are triggered i.e. when we receive a message to the mobile it stores the message and prompts a dialog box with three buttons “READ”,”DELETE”,”CANCEL”, when we tell “READ” the application reads the senders mobile number and reads the message content and when we tell “DELETE” it deletes the message.

Hence we can know the message easily in our busy schedule.

ABSTRACT

Anti-Ragging application is a Smart phone application. This Anti-Ragging application consists of 4 screens mainly. If you open the application it consists of a button with name “SEND”.

When we click on the button, it sends the message to the selected contacts. It retrieves location and attaches to the message.

“Settings” button is available in the main screen, aligned at the bottom. Clicking this button we have 2 buttons “TO Set Contact”, “To Set Message”

On clicking “to Set contact”, it will navigate to our contact list available in our mobile

On clicking “to Set message”, it displays the message that has to be sent, the message can be edited and saved

This is how the anti-ragging project works in android mobiles for students.

Overview

Field Service Management is an important tool for every service provider conducting on-site installations. An efficient solution is required to support various areas including service order placement, task scheduling, technician assignment depending on skills and availability, route optimization, equipment allocation, as well as service level agreements and reports management.

The platform must be seamlessly integrated with a Customer Relationship Management (CRM) or Order Management system. Only comprehensive tools which support end to end field service delivery processes can reduce operating costs and improve customer experience of every successful service provider.

Features:  

Our field service app’s main goal is to achieve higher productivity. This app enables the Engineer to continuously report his/her status to admin and also enables the Admin to monitor the Engineer and give instructions in order to keep the Engineer engaged there by maintaining the productivity in higher levels.

When the technician reaches the client place he first put the in-time entry through our field service app using client’s system. Even the technician tries to change the entry time. But our app first matches the technician’s entry time with data receiving time of the server.

Our Field Service Management app only takes the time entered by the technician if the matches found unless it takes server’s data receiving time. It leads to time management. He also add customer type, it means how they contact our service via ad or third party or regular customer.

He also responsible for put work status like work pending, I need spare box through his invoice number. Finally put the Exist Time via client’s system. Admin login to this app to check the status of the technician and also check task’s history like task is finished or pending etc. He also generates report based on engineer, customer and task.

Introduction: MS is an application developed for android mobile phones. The initial idea behind this project is to save more number of lives when they met with accident by information to their closed ones.

Road accidents are the most unwanted things to happen to road user, though they happen quite often. Most of the road users are generally aware of the general rules and safety measures while using road but it’s only the laxity on part of road users, which causes road crashes and accidents.

MS is an app developed to save lives of road users met with an accident it users either touch or sensor technology to send either voice message or text message to inform to their closed ones that the person has met with an accident and he/she is in need of help. It takes 3 min of time to send the message.

 

ABSTRACT

Our Agriculture Updates project discuss everything about providing the SMS updates on various agriculture products as per the user requirements on his GSM or GPRS mobile phone.

The updates may vary from pricing, availability, stocks and need of various products on the market. Basically this will be expected to be helpful for farmers around the state . Since it works everywhere with the mobile signal it does not require internet.

We are also providing pricing details to the customers. This Agriculture Updates app is mainly concerned about the specific group of customers which is farmers. It updates status on various products as per the user choice on daily or weekly basis.

REQUIREMENTS

1. Providing price details and availability of stocks, need of various products to the customer.
2. When the data base is updated then the status of the various products are sent to the farmers daily and weekly.
3. By using this application the product details and also stock and price details are sent to the customers through the sms and by the notifications.
4. Providing authentication to the customers.

Today there are many GIS based system being developed for routing of ambulance using GPS and other real-time technologies.

These systems are useful and play a major role in solving the routing problem.But now roads are so congested that is difficult for the Ambulance drivers to travel and reach the accident.

As the ambulance requests to the hospital,Hospital process the request and sends query to the Ambulance Management System about the ambulances in given Zone then Ambulance Management System sends response to the hospital regarding the availability of ambulances.

If ambulances are available,ambulance with lowest no of trips is selected else request is forwarded to next hospital.

The main objective of this is to build a GIS based prototype for the ambulance management when an accident occurs on road networks.

This Ambulance is used for solving the routing and accident location probelms during normal & peak hours.

Letsgo is an event management and booking app where artists get to submit their events details along with the type of event and location and users(audience) can select events according to their location and choice and have an option to book the same. SQLite should be used for the back-end database.

LETSGO is primarily for connecting consumers with entertainment, movie screenings and local events such as theatre, musical performances, etc. Users can rely on this to find out what’s happening and decide what to do; from movies, concerts and sports to family fun and nightlife.

With many of local events to choose from, LETSGO provides an extremely comprehensive selection of local entertainment content and serves its users by delivering highly personalized content and recommendations according to their choice.

Activity Diagram:

ABSTRACT:

Eventful powers the mobile ecosystem for local events with an open platform that enables partners and web applications to leverage LETSGOs data, features and functionality via the LETSGOs API.
This is needed to provide an interface between users and local performers so that they get a platform to showcase their talent. LETSGOs unique, social media platform will empower fans to influence the content and the location of entertainment and live events.

FUNCTIONAL REQUIREMENTS

• The user has to sign up and will provide with an ID. This completes the registration.
• The user has an option to choose the locality and the type of event he/she wishes to attend.
• The user accesses the event page, searches for an event of his choice
• The user gets all the details about the event which he selects including the venue, price and a brief description if available.
• The user then has to make the payment.
• The user gets a confirmation.
• The user, If an artist has to fill out a form containing fields which describe the event and provide the necessary details.
• Admin can add, update and delete events.
• Users get to log out from the app.

NON FUNCTIONAL REQUIREMENTS

• Performance requirement- The system needs to be reliable and should display an appropriate error message if the process is not completed.
• Safety requirements- The details need to be maintained properly, users must be authenticated and the database updated.
• Security requirements- Only after entering the correct id and password can the user log in.
• Availability- Should be available to all users
• Recoverability – Should recover in case of any failure.
• Reliability- Any update should not tamper with existing data.

SYSTEM REQUIREMENTS:

The main idea of this application is used to maintain Event information and organize the event. The tools constitute Android SDK development, Java Jed, Eclipse in mobile applications which will be displayed when an authorized person uses the software and developed on Linux environment which is platform dependent in mobility application.

ER Diagram

Sequence Diagram:

ABSTRACT:

The assessment of fruit quality is important for the cultivator and the consumer. Maturity detection is very important for fruit farmhouses. This Fruit Maturity Android Application pretends to apply image processing techniques to identify the degree of maturity in fruit.

We present a method of maturity detection for fruits using the color data of fruit. We proposed standard time period for fruit to ripe. According to that time period, fruit status is checked.

INTRODUCTION

Agriculture is an important sector in an economy that provides basic needs and food for human beings. The role of information technology has increased the potential of agriculture sector by using automated system in various activities.

Computer vision, machine vision and image processing are various techniques used in the development of an automated system to serve different purposes.

In recent decades, image processing has become an inevitable area in agricultural sector as it acts as an expert system with decision support system. Input image taken in real time is processed and transformed into useful information as an output to support farmer.

This Fruit Maturity Android project pretends to apply image processing techniques to identify the degree of maturity in oranges identifying physical characteristics that determine fruit maturity and thus obtain a proper classification system, using benchmarks, complying with the standard CODEX where the quality criteria of the commercial varieties of oranges are specified.

For the development of this android application will are using the image processing techniques for RGB parameters that can be used to perform characterization of maturity of oranges , conditioning of the image being carried out by pre – processing the image applying filters to control lighting and shadows that may affect the image analysis .

STATEMENT OF THE PROBLEM

We propose image processing technique in order to identify ripen fruit using colour sensor. We will find time period for fruit to get ripen. We propose standard time period for fruit to ripe. According to that time period, fruit status is checked. We will calculate volume of fruit.

OBJECTIVES OF THE SYSTEM

To propose a computer vision and image analysis program. To find easy and suitable technique for external fruit inspection this android application, is presented a classification system oranges from image processing to identify the degree of ripeness of the fruit and make a standardized classification, for the development of this application are implemented conditioning algorithms, digital image processing, segmentation and obtaining of characteristics with patterns of color defined.

PROPOSED SYSTEM

This Fruit Maturity Android Application project will be used a camera image sensor and a means of acquiring information, the image processing techniques for RGB parameters that can be used to perform characterization of maturity of oranges, conditioning of the image being carried out by pre-processing the image applying filters to control lighting and shadows that may affect the image analysis.

SCOPE OF WORK

In developing this Fruit Maturity Android Application project, is presented a classification system oranges from image processing to identify the degree of ripeness of the fruit and make a standardized classification, for the development of this application are implemented conditioning algorithms, digital image processing, segmentation and obtaining of characteristics with patterns of color defined.

LIMITATIONS

For the development of this Fruit Maturity Android Application project will be used a camera image sensor and a means of acquiring information, the image processing techniques for RGB parameters that can be used to perform characterization of maturity of oranges, conditioning of the image being carried out by pre – processing the image applying filters to control lighting and shadows that may affect the image analysis.

SOFTWARE REQUIREMENT

• Language: – JAVA
• Tool: – sdk
• Platform: – Android
• Backend: – SQLite

EXISTING SYSTEM

Maturity detection is very important for fruit farmhouses. There are many maturity detection methods, for example, usage of near-infrared rays or measuring the sugar concentration of fruits. However, the methods are sometimes expensive or may damage the fruits.

It would therefore be potential to have low cost, simple treatment, and non-destructive methods. Many ripened fruits have sweet smell.

In contrast, several immature fruits have no smell or bitter smell. It is therefore considered that sweet smell can be used for detecting the fruits maturity.

Drawbacks of Existing System

• The existing methods are sometimes expensive.
• They may harmful or damage the fruits.

SYSTEM DESIGN

SYSTEM ARCHITECTURE

To determine the maturity of the fruit we follow the method one by one. In this we first take an RGB input of fruit. After then divide this into B channel and R channel which further converted to R mask and B mask images of fruit.

After taking intermediate mask from the R mask and B mask then take intermediate fruit area and intermediate color indices then removal of shadow area and final mask is taken which is combined with RGB input, final fruit area are obtained. Segmented fruit are taken from above image, take R channel and binary R of that image

Fig : Block Diagram for Maturity of Fruit Detection.

NEED FOR THE SYSTEM

In developing this Fruit Maturity project, is a presented classification system orange from image processing to identify the degree of ripeness of the fruit and make a standardized classification, for the development of this application are implemented conditioning algorithms, digital image processing, segmentation and obtaining of characteristics with patterns of color defined, in the software.

For the development of this Fruit Maturity project will be used a camera image sensor and a means of acquiring information, the image processing will be developed in the software using image processing techniques for RGB parameters that can be used to perform characterization of maturity of oranges, conditioning of the image being carried out by pre – processing the image applying filters to control lighting and shadows that may affect the image analysis.

DATA FLOW DIAGRAM

E-R DIAGRAM

CLASS DIAGRAM

USE CASE DIAGRAM

USER: The user should do registration if they are using this application first time after this they have to login and then the user should upload the fruit image.
SYSTEM: After recognize the image by RGB ratio it will display the results.

SEQUENCE DIAGRAM

FRUIT: Upload the fruit.
CAMERA: The camera will capture and read the image and after it will estimate the RGB value of the fruit.
COLOUR: The color after estimating the RGB value it will compute the RG ratio and then display the results.

ACTIVITY DIAGRAM
SCREEN SHOTS

• Screen shot for start the usage of app.

• Screen shot for Shop name.

• Screen shot for adding a photo.

• Screen shot for adding a photo.

CONCLUSION

Through image processing can identify fruit characteristics in order to optimize selection processes in the agricultural industry. Applying image processing techniques is possible establish fixed maturity parameters of a fruit and thereby increase the quality of fruit sorting.

Using image processing in real time is possible improve and increase production in various industries focused in the classification and selection beginning with defined characteristics. With systematized classification techniques, is can establish an objective classification of a product, mainly agricultural products where selection in most cases is subjective.

FUTURE ENHANCEMENT

In the future, we propose new ideas to know the ripeness of all fruits or the bunch of same type fruits or other types of fruits or the health and life of a plant.