bca final year projects in php

bca final year projects in php

BCA PROJECT # 1 ONLINE EXAMINATION  SYSTEM 

FRONT END - ASP.NET, C#
BACK END - SQL SEVER 2007 
MCA FINAL YEAR PROJECT Project SYNOPSIS  OF ONLINE EXAMINATION  SYSTEM 
Final Report Of Online Examination System with full Documentation 

BCA PROJECT # 2- Hospital Information System

FRONT END - VB6.0

BACK END - SQL SEVER 2000

 SYNOPSIS of Project Sanatorium (Hospital Information System) 
Click here to download Final report of project Hospital Information System
BCA Project 3#  ONLINE AUCTION SYSTEM

FRONTEND - C # AND .NET FRAMEWORK 

BACKEND - SQL SERVER 2008

SYNOPSIS OF PROJECT  ONLINE AUCTION SYSTEM

FINAL REPORT WITH FULL DOCUMENTATION and SOURCE CODE  OF PROJECT  ONLINE AUCTION SYSTEM

BCA Project Can be submitted by - BE, BCA, MCA, B TECHComputer Science Final Year students. IGNOU BCA, IGNOU MCA, SMU BCA, SMU MCA, B.Tech/B.E in Computer Science or Information technology, MTech, MS, BSC-IT as final year project.

 

Abstract

 

In this project we are going to study the data storages for continuous data protection (CDP). After analyzing the existing data protection technologies, we propose a new disk array architecture that provides Timely Recovery to Any Point-in-time, referred to as TRAP. Data striping breaks files into small blocks and distributes them across drives in an array to improve performance and reliability. TRAP does not incur noticeable performance overhead. More importantly, TRAP is able to recover data very quickly to any point-in time upon data damage by tracing back the sequence and history of XORs resulting from writes. Here we are going to show the storage of a single file in multiple drives which is stored in simultaneously.

 

Existing Systems

• Data protection technologies and provides theoretical explanations as to why so many data recoveries (over 67 percent recoveries) failed.
• Can recover data from more than one disk failure
• Improves data reliability

 

Proposed System

Keep log of all previous versions of changed data blocks in time sequence. Utilizes a fast & simple encoding scheme is less space. Provides faster data recovery to any-point-in-time due to drastically smaller amount of storage space used improved performance. Thus achieves an optimal space & performance       characteristics.

 

Limitation of Existing System

• Recovery not possible when damaged data are not confined to 1 or 2 disks.
• Accounts for 60% to 80% of data losses
• Examples of such damages are: software defects, virus attacks, power failure or site failure.

 

Advantages of Proposed System

• The main advantage of both incremental backups and COW snapshots is storage savings because only changed data are backed up.
• Parity Computation For TRAP Design

Hardware and Software Requirements

 

 

Hardware:

 

PROCESSOR                 :          PENTIUM IV 2.6 GHz

RAM                               :          512 MB DD RAM

MONITOR                    :          15” COLOR

HARD DISK                 :          20 GB

FLOPPY DRIVE           :          1.44 MB

CDDRIVE                      :          LG 52X

KEYBOARD                  :          STANDARD 102 KEYS

MOUSE                          :          3 BUTTONS

 

Software:

 

Front End                     :           Java, J2EE

Back End                      :           Sql server 2000

Tools Used                   :           NetBeans IDE 6.1

Operating System       :           Windows XP

 

·         Collaboration diagram: free download MCA projects in ASP.NET with complete source code

A collaboration diagram groups together the interactions between different objects. The Bca final year projects in phpinteractions are listed as numbered interactions that help to trace the sequence of the interactions. The collaboration diagram helps to identify all The Bca final year projects in phppossible interactions that each object has with other objects.

·         Component diagram:

The component diagram represents the high-level parts that make up the system. This diagram depicts, at a high level, what components form part of The Bca final year projects in phpsystem and how they are interrelated. A component diagram depicts the components culled after the system has undergone the development or construction phase.

·         Deployment diagram:  Free download MCA projects in VB,NET with complete source code

The Bca final year projects in phpdeployment diagram captures the configuration of the runtime elements of the application. This diagram is by far most useful when a system is built and ready to be deployed.

Now that we have an idea of The Bca final year projects in phpdifferent UML diagrams, let us see if we can somehow group together these diagrams to enable us to further understand how to use them.

bca final year projects in php

UML Diagram Classification—Static, Dynamic, and Implementation

A software system can be said to have two distinct characteristics: a structural, "static" part and a behavioral, "dynamic" part. In addition to these two characteristics, an additional characteristic that a software system possesses is related to implementation. Before we categorize UML diagrams into each of these three characteristics, let us take a quick look at exactly what these characteristics are.

FREE DOWNLOAD BCA PROJECTS

·       Static:  Free download MCA MSc projects in C#.net with complete source code

The static characteristic of a system is essentially the structural aspect of the system. The static characteristics define what parts The Bca final year projects in phpsystem is made up of.

·       Dynamic:

The behavioral features of a system; for example, the ways a system behaves in response to certain events or actions are the dynamic characteristics of a system.

·       Implementation: Free download MCA projects in JAVA with complete source code

The Bca final year projects in phpimplementation characteristic of a system is an entirely new feature that describes the different elements required for deploying a system.

                  The UML diagrams that fall under each of these categories are:

·         Static

·         Use case diagram

·         Class diagram

·           Dynamic

o   Object diagram

o   State diagram

o   Activity diagram

o   Sequence diagram

o   Collaboration diagram

·           Implementation

o   Component diagram

o   Deployment diagram

Finally, let us take a look at the 4+1 view of UML diagrams.