HRMS Time and Expense System Project Abstract

Introduction to HRMS Time and Expense System Project:

The Project Time and Expense System is made for the employees for the organization to update their work hours and expenses in the internet based Application software regarding the time and expenses during the job from any place for 24 hours. The system software keeps the data of time and expenses spent by an employee in various works, start ups, implementation of project and others. The system perfectly reports and presents the information data in different types, so that the supervisor can estimate the time and expenses. The employee can construct the other data like the expenses in, locality, projects, project related time and expense in a extraordinary style to make it more understanding to the manager. 

Current System 

The existing system of the Time & Expenses is manually done and the should be well documented for the future use. The work is also cumbersome. 

Proposed System 

The Proposed system is focused on the time and expenses of the employee regarding their focused work and initiatives to communicate with the clients. The system also allows you to supervise efficiently the problems and the estimated budget on the project to overrule the hurdles. The manager can also look into the weekly and regular Time report and review it on combined authorization system. 

The Features of the Proposed System 

  1. The Time & Expense system can be explored from any where on the internet for both employee and the manager.
  2. The Time has option to add comments in it. The review can be done on weekly or daily.
  3. The employee has the option to make template that is useful for filling timesheets.
  4. The inbuilt approval system for the Time & Expense enables the manager to approve and disapprove the information provided by the employee. The project initiatives are prepared for the daily or weekly approval.
  5. The comment can be given to each approval and disapproval system and can effectively manage team.
  6. The approval system allows to the manager to make Time & Expenses system a multiple manager approval system with first and second stage of approvals.
  7. The past timesheet can be copied with the help of single option.
  8. The easy and immediate accessibility of the Timesheet for the complete financial year.
  9. The inbuilt administration module systematically supervises and generates the default features of the application.
  10. The Management part of the administration module makes easy and immediate access to managers.

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HRMS Leave and Attendance System Project Abstract

Introduction to HRMS Leave and Attendance System Project:

The application of HRMS Leave and Attendance system is to record the attendance and the Leave data of the employees. The check in and check out of the employees at the time of entry and exit had been recorded every day. The work of the system is to sum the present days and the absent days of an employee for the use of payroll department. The special attendance like the leave applications and the other leaves are being summarized specifically.  The  system has  divided the leave application  into the Casual leaves, Privileged leave and the sick leave giving to access the HR to make payroll easily. The option for the employees to check their leaves and attendance online is also available. 

The Existing System 

Currently the employee has to sign in an register which is there in the front office during in time and the out time. The cumbersome work is there for the HR department to make a sheet of attendance and leave for each employee at the last of the month. This is very time consuming and error proned. 

The Proposed System 

We Proposed a new system. This consists of two modules.

  1. Employee
  2. Administration or HR 

Employee Module consists of: 

  1. Log in Log out.
  2. Paid off or Compensatory off.
  3. Leave Applications. 

Above offs and Leaves has to be approved by the head by seeing the Leave balance and Monthly attendance report. 

Administration Module 

The module has operations related to the administrative functions and made for the HR department. The module consists of: 

  1. Leave Eligibility: HR prepares the Leave eligibility for the different types of Leaves at start of the year. The criteria’s are made on the yearly basis along with the previous years balance.
  2. Monthly attendance: The monthly attendance of an employee is made by the HR.
  3. Daily absent report: The Administration can check the daily absent record for the each employee. The every month history record can be generated and evaluated.   

Download  HRMS Leave and Attendance System Project Abstract .

HRM Database Management System Java Project Report

Introduction to HRM Database Management System Java Project:

The Project is to create software for the Manager to record the information related to their Personnel and structure in an organization. This application has all terms and its meanings related with all stages of the system in an organization, their wages and salaries according to the category in the system, and complete employee database that works in different departments in above mentioned areas. This includes the Database administrator to access and update the information of the employees. This updating and accessibility is only by the authorized person. An authorized person can edit, update and

Add the information of the employees. The personnel and the administrator can communicate each other. 

The user can access the data or information and edit and get the information without any problem. The system is user interface oriented. The information is secured from an unauthorized person access and the information needed for any inquiry is easy, fast and efficient. 

The aim of the Project is following.

  1. To develop a systematic structure of the organization according to its position and its updating.
  2. To search for the employees, departments, and other information according to department wise, level, and required information.
  3. To keep contact between the administrator and the employee.
  4. Simple handling of the database with important features. 

The system developed for the Windows 2000/XP/vista by applying the Java Net Beans for the front end, Oracle SQL for the rear end. The design tool used is UML. 

The system needs hardware specification x86 compatible processor, 512 MB RAM, 20 GB hard disk. 

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Hotel Nextgen Java Project Abstract

Introduction to Hotel Nextgen Java Project:

The Hotel Nextgen is the software application solution for the Hotel and their associates to perform their work in an easier manner as following:

  1. To maintain Master Data of the Hotel and its Places.
  2. To maintain Master Data of the particular Hotel room or suite Inventory and accounts.
  3. To maintain the Master Data every room needs.
  4. To maintain the seasonal/festival/yearly Tariffs.

The Existing System

  1. The existing system does not able to secure the data as required and the data may be lost due to mishandling.
  2. The existing system doesn’t have the provision to book or reserve the room or suite online for the customers.
  3. Similarly the existing system don’t provide the online status of the Hotel.
  4. The existing system is not able to give the vacant room details immediately.

The Proposed System

The new system gives the opportunity to the Hotel clients to maintain their regular actions in an automatic manner by using data integrating approach. The following functions are there for the users.

  1. To organize the hierarchy or systematic approach for the Hotel group and its associates Locations.
  2. To organize the inventory and account details of the facility of every room and suite.
  3. To organize the details and management of the facility such as Banquet Halls, the Brand stores, about Restaurants, the Coffee Shops, Wallet parking and many more functions.
  4. To organize the Associate Hotel locations and places along with every room facility and Hotel facility.
  5. To organize the Tariff plans for each Hotel.
  6. To create the important reports in Excel sheets.

Software Requirements for the Hotel Management System

Windows XP/2000 or Linux operating system.

HTML, CSS user interface.

JavaScript, JAVA Programming language.

JDBC, Servlets, JSP web applications, My Eclipse 6.0 IDE or Workbench.

Oracle 10g Database, Tomcat 5.x Server, Struts 1.x Framework.

Hardware Requirements for the Hotel Management system

Pentium IV processor, 40 GB hard disk, 512 MB RAM.

Download  Hotel Nextgen Java Project Abstract .

Estate Agent and Property Management System Project Report

Introduction to Estate Agent and Property Management System Project:

The main objective of this paper is to give idea of e-property.  Generally, when we want to buy/sell property some of us go to real estate professionals. These real estate professional collect all the details which we are interested in. These details are collected manually and may lead to some problems like misplacing etc. In order to avoid these problems, e-property has been developed. E-property is defined as property management system which can be used by real estate professionals to save time. By using this system we can collect all the details of client and property.

Brief into E-property

This system involves mainly three modules, they are master module, transaction modules and search and query module.  In Master module the details like property registration, floor plan, property images, client registration, and vendor registration are stored. Transaction modules is used to store details like matching the property requested by client and maintain history of property, client and vendor and to send email of matched one.

Search and Query module allows user to search from database stored. Only certain actions are given to the user who is accessing the system based on  user types for example user is given only read only operation he can’t modify anything. While supervisor is given only certain actions like updating, editing etc and supervisor is given all the rights to modify anything.

Advantages and Disadvantages:

We can have all the required details of client at one place. This system can save time. This system is user-friendly. It is secure. When there are any faults with the machine we can’t access it.

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Elastic Site Using Clouds to Elastically Extend Site Resources Abstract

Introduction to Elastic Site Using Clouds to Elastically Extend Site Resources:

The main objective of this paper is to develop a elastic site by using cloud computing. As usage of computers are increasing are day to day, users want the sites to be accessed fast and use all the resources. As a result cloud computing was developed. Cloud computing is generally defined as the use of multiple server computers via a digital network as if they were one computer.

The term Cloud defines virtualization of resources like networks, servers, applications, data storage. IaaS is one of the type of cloud computing. By using this, elastic site which can efficiently provide the services is developed. Services like batch schedulers, storage archives can be efficiently used.

Brief into Elastic site:

 According to the demand, to maintain security, privacy and logistical considerations a resource manager has been developed. The resource manager is built on nimbus to extend physical clusters. The clusters which are extended are placed into the cloud. The elastic site manager is used to communicate directly with local resource managers.

The process speed depends upon the cluster. If the cluster nodes which are placed into cloud are increased, then we can expect greater processing speed. We can increase the cluster speed upto 150EC2 nodes.

Advantages:

By using cloud computing we can extend the services which are used. We can access the content faster and we can use the content which is only required. It is more secure when compared to other techniques.

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Efficient and Secure Content Processing and Distribution by Cooperative Intermediaries Abstract

Introduction to Efficient and Secure Content Processing and Distribution by Cooperative Intermediaries:

The main objective of this paper is to give idea of effective and secure content processing. As usage of computers are increasing are day to day, cyber frauds are also becoming more like stealing content etc. Data security has become a serious problem to many of the users. At present the system which we are using mainly focuses on data delivery but not security.

Hence we need to develop a efficient and secure content processing by using some intermediaries. In e-commerce, e-government confidentiality is more important. The software requirements are jdk, netbeans and Ms access. It needs a machine with dual core processor, 512 Mb ram and a network cables.

Brief into Efficient and Secure Content Processing and Distribution by Cooperative Intermediaries : 

 This design uses peer to peer systems and data integrity service model. By using this only the authorized persons can modify the data. The metadata modification policies are specified by the users, according to the policies integrity can be achieved. Data present on the server is transferred to the client by passing through intermediaries.

Multiple intermediaries simultaneously process the different portions of data and is transferred to the client. Since the data to be transferred is passed through many intermediaries It is impossible to modify the data.

Advantages :

By using this method the security can be provided for intermediaries. . Integrity can be achieved. Confidentiality can be provided by using method.

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Dual Link Failure Resiliency through Backup Path Mutual Exclusion Abstract

Introduction to Dual Link Failure Resiliency through Backup Path Mutual Exclusion Project:

The main objective of this paper is to give idea of dual link failures. As usage of networks are increasing are day to day, we expect high transmission speed without any interruption. At present huge amount of information is being transferred in the networks and it is necessary to avoid any interruption due to failures.

The main reason why interruption occurs is due to dual link failures. These are important to solve because the links share resources, if there is any failure in shared resources this results in the failure of multiple links and the repair time for a failed link may be few hours or days and this is sufficient  for a second failure to occur. These dual link failures can be reduced by giving automatic backup path. By using this we can avoid dual link failures. This requires a hard disk of 40gb capacity, Ram of minimum 256mb,Processor with speed 3.0ghz and software’s like JDK, Java Swing and Sql 2000.

Brief into design and working:

The networks can be protected from link failures by path protection or link protection. By using path protection we can restore connection end to end by giving a backup path, back up path is given such that if the original path fails to work then this backup path comes into action.

Link protection is used to recover the signal by re-routing the connection at the place where the link is failed. When link protection is done to two failed links independently, then if they fail simultaneously these two links will not use each other in backup paths. This is called Backup link mutual exclusion. 

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Evacuation of Delayed Packets in Networks Java Project Report

Introduction to Evacuation of Delayed Packets in Networks Java Project:

The main objective of this paper is to give idea of delayed packets in networks. At present the networks which we are using supports only two classes of traffic, it takes long time to service if there is any failure. Hence to solve all these problems a OCGRR technology has been developed. This is the advanced version of OCRR technology. It requires a processor of 500MHZ and above, ram of 128 mb and hard disk of 10 gb size. It makes use of jdk 1.5, windows 2000 server family operating system and sql server databases. 

Brief into Evacuation of delayed packets in networks

In OCGRR, small rounds of a frame and a packet-by-packet are made used such that every stream inside a class can send only one packet in each small round. .In this packets of same class  are sent to the destination. Before frame is scheduled, each output port  data streams are stored in a separate Buffer .

Buffers are placed in frames such that each frame consists of only one buffer. Once Scheduling is done transmission traffic occurs and data is transferred according to their priorities. Only one packets are transmitted in one single round.

Advantages:

It minimizes delay, latency and jitter occurring in the network due to delaying of the packets. It can provide good bandwidth for the transmission of data packets. It reduces packet transmission time in the same stream. It can support multi class traffic which can increase the performance of the network.

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Latest CSE Seminar Report on Distributed Software Systems with CORBA

Introduction to Seminar Topic on Distributed Software Systems with CORBA:

In our growing technological needs the distributed database system has become a wide spread. To meet challenges of providing transparency and security to the computers in the network the object management group came with the corba architecture. The distributed software systems appear as a single coherent system for the user. In this paper we will see types of distributed architectures and the characteristics of designing a distributed system.

Brief on Corba:

In distributed software systems we find client server architecture in which the client interacts with the server to use the shared resources. Whereas in distributed object architecture the interaction between the servers and clients is irrelevant. In distributed software systems the components are located in networked computers and they communicate by passing messages in between them.

The communication between the systems is made by passing messages and the systems use a shared memory for running the threads. Common object request broker architecture is a middle ware software application which allows the application programs to interact with each other irrespective of their programming language. The object modeling architecture consists of object model and reference model which makes the hardware and software specification to fit so as to make interactions with the objects.

Conclusions:

The cobra architecture is a suitable architecture and has many advantages than DCOM. The DCOM architecture is a Microsoft package developed by group of developers, whereas the OMG is developed by members from all over the word  as this is a open group and it developers working on different platforms.

Download  Latest CSE Seminar Report on Distributed Software Systems with CORBA.