KING COLLEGE OF TECHNOLOGY(Approved by AICTE and Affiliated to Anna
University, Chennai)
Nallur, N.Pudupatty (PO), Namakkal – 637020.
Under The Guidance of
Miss.S.NISHANTHINI,MCA.,
Assistant Professor In Department of MCA
Done By
Student Name : KALAIVANI.K
Reg. No : 621211621013
Year : Final Year MCA
ANDROID APPLICATION FOR EMERGENCY-CARDROID
ABSTRACTIn this real world environment, all the users are having the smart
phones with the internet connections. And Android operating system is highly used in the mobile environment for its reliability and availability.
This android has many applications for the favor of education, entertainment and also for health care. With the usage of its features, here the new application called “Cardroid” is developed. This Cardroid is used for medical emergencies.
When a user of Cardroid has met with any accident and if their phone is available to rescue them, then either the user themselves or even someone else could use this app.
EXISTING SYSTEMSince Mobile technology is new and widely spreading in our
country, there is no such existing method in our modern times for any health emergencies and making contact to the closest people and hospitality method.
Very difficult to find latitude.
Time complexity
It is not possible to save all the data in the server when the users increases.
Security issue is in bottle neck.
Privacy-Invasiveness
Onerousness
DRAWBACKS
PROPOSED SYSTEMSince there is no existing methodology for an emergency,
It was a new method by using an Android application in Smartphone the user can use this application for his emergency situation.
1. Save the user's medical details, with a unique identification. So that, the data retrieval is made easy
2. As we cannot predict any emergency, this app will give a timely help.
3. As the emergency contact person, ambulance and the hospitals are informed through message.
ADVANTAGE
SYSTEM SPECIFICATION
HARDWARE REQUIREMENTS
PROCESSOR : Intel B960 ProcessorSPEED : 2.2GHZRAM : 4GB DDR3 MemoryHDD : 500 GB HDDCACHE : 2 MB
SOFTWARE REQUIREMENTS
OPERATING SYSTEM : WINDOWS 7FRONT END : CORE JAVATOOLS : ECLIPSE BACKEND : SQLite IN
ANDROID
PROJECT MODULES
Registration ModuleAdding Personal DetailsInsurance ModuleContacts ModuleNetwork Free Support Sms
REGISTRATION MODULEThe Cardroid user first register themselves by
creating username and password for unique identification.
ADDING PERSONAL DETAILSThe cardroid user must register with all the details
about the user like
1. Name
2. Age
3. Blood Group
4. Weight
5. Height
INSURANCE MODULE: Insurance module is add-on feature for this
application and it has some details to be added.
1. Insurance Number
2. Insurance Bank Name
3. PAN ID
4. Other Information Details
CONTACTS MODULE:By adding contact details, it is usefull for sending
an emergency sms to contacts which the user have stored in application.
NETWORK FREE SUPPORT SMS:The location of the user is passed to the
ambulance and the nearby hospital and to also registered contacts.
DatabaseA database is a structured
collection of data. Data refers to the characteristics
of people, things and events. SQLite stores each data item in
its own
Variable name Variable type Size Constraints
Name varchar 15 Primary Key
Age number 3 Not null
Blood Group varchar 5 Not null
Weight number 3 Not null
Hight numner 3 Not null
Personal Details
Variable name Variable type Size Constraints
Name Varchar 15 Foreign Key
Insurance_No varchar 20 Not null
Bank_Name Varchar 20 Not null
Com_Name varchar 25 Not null
Pan_Number Varchar 20 Not null
OtherInfo varchar 30 Not null
Insurance:
Variable name Variable type Size Constraints
Name Varchar 15 Foreign Key
Con_Numner1 Number 12 Not null
Con_Numner2 Number 12 Not null
Con_Numner3 Number 12 Not null
Contacts:
ADVANTAGES OF SQLITE
Redundancy can be avoided.Inconsistency can be eliminated.Data can be shared.Standards can be enforced.
By the conclusion, This CARDROID app is very useful for the users who are
using Smartphone and this app is helpful for emergency situation for the
CARDROID users. In this paper, we have proposed a novel framework of secure
sharing of personal health records in cloud computing. Considering partially
trustworthy cloud servers, we argue that to fully realize the patient-centric
concept, patients shall have complete control of their own privacy through
encrypting their emergency files to allow fine-grained access.
CONCLUSION
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