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days on basis of work
solved between mention days it will rate Positive or Negative.

        

 

                     2.  OBJECTIVE

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In incident reporting system two modules are designed for common user
(android application) and organization (web portal). They have set with some
specific function. When it has to be happen that circumstances will be
fulfilled by sub common user.

If common user submits any hazard compliant on android
application. System send user hazard compliant to on organization web portal.
System according to compliant set responsibility to particular department and
department set employee to work on that compliant in time limit. If
organization complete work in time. System send message to common user and
generates positive negative rates on his work.

 

3. Literature
Survey

Identifying a hazard or incident, Recognize and Respond,
Completing a hazard and incident report are the goals of this paper.
The GUI was developed in Extensive Mark-up Language(XML) which is parsed to a
graphical representation in Android. To avoid ‘blocking’ GUI operation, time
consuming Operations are run in background services resulting in a very responsive
application.

Techniques to analyze the presence and level of
electrical hazards have greatly evolved in recent years. Responding to countless
emergency situations has given him a passion for safety and perspective on the
role of human behavior in averting these events.

A
MIRS is a system which is used for response 1 Management. Typically, a report
is initiated by a user and is then transmitted to a server. The server forwards
the message to a set of response available teams which can be dispatched to a
certain location. These systems comprise of both hardware and software and
(depending on their capabilities) can be quite expensive.

A
LBS-based disaster management system is discussed in2 and it relies on
wireless and satellite communications, which uses LBS through satellite
information or GNSS. Some systems which accomplish this have been proposed and
some are commercially available. In South Africa, two of the available systems
include one by the Sysman Group 4 which consists of both hardware and
software and one provided by Aurecon3 , which is computer based. The clear
advantage of the system proposed in this paper is the fact that it runs on a
smartphone and is much more flexible in terms of operation as it does not
require any extra/dedicated hardware.

By
intercepting locational requests by other applications installed on the same
smartphone, it is also possible to update the user’s current location
passively. For the emergency component of the system, the user’s current
location can be determined actively or passively, or alternatively the user can
be prompted to tap his/her location from a map with the map view centered on
the user’s last known location.

 

 

 

days on basis of work
solved between mention days it will rate Positive or Negative.

        

 

                     2.  OBJECTIVE

In incident reporting system two modules are designed for common user
(android application) and organization (web portal). They have set with some
specific function. When it has to be happen that circumstances will be
fulfilled by sub common user.

If common user submits any hazard compliant on android
application. System send user hazard compliant to on organization web portal.
System according to compliant set responsibility to particular department and
department set employee to work on that compliant in time limit. If
organization complete work in time. System send message to common user and
generates positive negative rates on his work.

 

3. Literature
Survey

Identifying a hazard or incident, Recognize and Respond,
Completing a hazard and incident report are the goals of this paper.
The GUI was developed in Extensive Mark-up Language(XML) which is parsed to a
graphical representation in Android. To avoid ‘blocking’ GUI operation, time
consuming Operations are run in background services resulting in a very responsive
application.

Techniques to analyze the presence and level of
electrical hazards have greatly evolved in recent years. Responding to countless
emergency situations has given him a passion for safety and perspective on the
role of human behavior in averting these events.

A
MIRS is a system which is used for response 1 Management. Typically, a report
is initiated by a user and is then transmitted to a server. The server forwards
the message to a set of response available teams which can be dispatched to a
certain location. These systems comprise of both hardware and software and
(depending on their capabilities) can be quite expensive.

A
LBS-based disaster management system is discussed in2 and it relies on
wireless and satellite communications, which uses LBS through satellite
information or GNSS. Some systems which accomplish this have been proposed and
some are commercially available. In South Africa, two of the available systems
include one by the Sysman Group 4 which consists of both hardware and
software and one provided by Aurecon3 , which is computer based. The clear
advantage of the system proposed in this paper is the fact that it runs on a
smartphone and is much more flexible in terms of operation as it does not
require any extra/dedicated hardware.

By
intercepting locational requests by other applications installed on the same
smartphone, it is also possible to update the user’s current location
passively. For the emergency component of the system, the user’s current
location can be determined actively or passively, or alternatively the user can
be prompted to tap his/her location from a map with the map view centered on
the user’s last known location.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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