Skip to main content

Human Insurance Administration

                    Human Insurance  Administration


ABSTRACT

The objective of the project is to automate the management of insurance activities of an insurance company. The purpose is to design a system using which users can perform all activities related to insurance company.    


MODULE DESCRIPTION


Number of Modules

After careful analysis the system has been identified to have the following modules:

1.     CEO
2.     Manager
3.     Agent
4.     Customer

1. CEO module:
The CEO is the Super user of the System. The CEO is responsible for defining the policies, policy terms and conditions, policy amounts, establishing the different branches, registration of the branch managers. CEO will also get information about policy details, branch details, manager details, agents details, customers details, customers policy details
2. Manager module:
Manager is responsible for all activities at a specific branch. A manager appoints agents and interacts with customers. A manager can get data about customer policies, dues and payment details. A manager can also get agent details and commission information. A manager can generate various reports.

3. Agent module:
Agents are employees of the insurance company who interact with potential customers and offer the necessary details, agents typically act as a liaison between customers and company. Agents are entitled for commission for each policy they sell. Using the system an agent can find customer’s policies details, customer’s personal details, commission collected, reports, available policy details, concerned manager details and agent personal details.
4. Customer module:
Each customer must register with the system before one can avail the services. Customers can seek information regarding policies, register new policies, make online payments etc.

Hardware Required:

v System                       :           Pentium IV 2.4 GHz
v Hard Disk                 :           40 GB
v Floppy Drive            :           1.44 MB
v Monitor                     :           15 VGA colour
v Mouse                        :           Logitech.
v Keyboard                  :           110 keys enhanced.
v RAM                          :           256 MB


 

S/W System Configuration

v   Operating System               :   Windows 95/98/2000/NT4.0.
v   Application  Server  :   Wamp2.2e

v   Front End                               :   HTML, PHP.
v   Scripts                                   :   JavaScript.
v   Server side Script                :   PHP.
v   Database                               :   Mysql.
v   Database Connectivity       :   PhpMyAdmin.


Comments

Popular posts from this blog

Inverted Linear Quadtree: Efficient Top K Spatial Keyword Search

Inverted Linear Quadtree: Efficient Top K Spatial Keyword Search ABSTRACT: In this paper, With advances in geo-positioning technologies and geo-location services, there are a rapidly growing amount of spatiotextual objects collected in many applications such as location based services and social networks, in which an object is described by its spatial location and a set of keywords (terms). Consequently, the study of spatial keyword search which explores both location and textual description of the objects has attracted great attention from the commercial organizations and research communities. In the paper, we study two fundamental problems in the spatial keyword queries: top k spatial keyword search (TOPK-SK), and batch top k spatial keyword search (BTOPK-SK). Given a set of spatio-textual objects, a query location and a set of query keywords, the TOPK-SK retrieves the closest k objects each of which contains all keywords in the query. BTOPK-SK is the batch processing of sets...

A simple and reliable touch sensitive security system CODING

#include <REGX51.H> #include "lcd.c" #define MAX_DELAY() delay(65000) sbit Vibra_Sense=P3^1; sbit Buz=P1^0; void intro() {  lcd_init();  lcd_str("Touch Sensitive ",0x80);  lcd_str("Security System ",0xc0);  MAX_DELAY();MAX_DELAY();  lcd_clr();  }  void main()  { unsigned int i = 0, j= 0; intro();    while(1)    { lcd_str("Security Syst On",0x80); lcd_str("No Vibra Detectd",0xc0); Buz = 1; if(Vibra_Sense == 1) { while(Vibra_Sense == 1) delay(1000); } else { while(Vibra_Sense == 0) delay(1000); } Buz = 0; lcd_str("Vibraton Detectd",0xc0);delay(65000); while(1);    }  }

A Time Efficient Approach for Detecting Errors in Big Sensor Data on Cloud

A Time Efficient Approach for Detecting Errors in Big Sensor Data on Cloud Abstract                                                                                                                                                      ...