ABSTRACT
During disaster events, timely and
targeted information provision and exchange could provide great help to the
stricken population in difficult and complicated environments. This paper
reports a service oriented system, called Rescue Wings, for providing emergency
support to sufferers and rescuers in disasters. The system utilizes mobile
services to acquire real-time information about the users and environment, and
constructs service agents (servants) to provide active services for mobile
users. To perform their functions, the servants frequently invoke a set of
intelligent services of Rescue Wings, which can further access a number of
public services from government and other public organizations. We identify the
most frequent request sequence patterns (FRSP) of Rescue Wings, and develop a
new bio-inspired algorithm for efficiently scheduling the requests to minimize
the response delay. The system has been tested in several disaster rescue
drills, and has been successfully applied to the 2013 Ya’an Earthquake in
Southeast China.
Existing Definition
Ø Its manual
process for earlier system.
Ø Its more
time consume for all process.
Ø Need for
more resources.
Ø Its chance
to lose our life.
Proposed
Solution:
Ø The
query will be sent immediately.
Ø After
view admin for this query post solution for escape details also.
Ø User
can registered their account and post their queries for disaster time.
Ø Public
can also post their queries and view solution for rescue without register and
login.
System
Modules:
Ø
ADMIN
Ø Login
Ø View
Disaster Queries
Ø Post
Solution
Ø USER
Ø Register
Ø Login
Ø Post
Query
Ø View
solution
Ø
PUBLIC
Ø Post
Query
Ø View
solution
MODULES:
Ø ADMIN:
Ø Login:
Admin can login this system after
they can view home page.
Ø View Query Disaster:
Admin enters this system and view
user and public post their query details
Ø Post solution:
Admin can only post solution for
public and user queries.
Ø USER:
Ø Register:
User enters this system and register
with own details.
Ø Login:
User can login this system after they
can view home page.
Ø Post Query:
User can login this system after they
can post their own queries about escape of this situation.
Ø View solution:
User can login this system after they
can view solution.
Front End: HTML5, CSS3, Bootstrap
Back End: PHP, MYSQL
Control End: Angular Java Script
Tool: Android
SDK, Xampp, Eclipse
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Android Project Titles 2017-2018
Android Project Titles 2017-2018
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