Web-Based Time-Sheet System

Web-based time-sheet system is a web application that provides an automated method of tracking work time for employees by enabling the manger to track their work time, this system helps in assigning projects to specific employees, also it measures the performance and productivity, as well as providing an automated method of calculating salary for employees based on their total work time. The system, in addition, provides a direct communication among the employees and the manger. One important advantage of the system is that each employee can log into his account to do the assigned projects. An employee, a manager and an admin have different prerogatives according to their roles. Besides, the system has been built in asp.net, C#, Ajax and JavaScript, and using SQL server database. Web-based timesheet system has been successfully tested at Rami Awad Establishment with high level of satisfaction as the questionnaire results showed

Distributed Agent-Based Online Auction System

This paper concerns the design and development of a distributed agent-based online system for English auctions. The proposed system is composed of two parts: an Agent-based Auction Server and a Web-based Graphical User Interface. The first part of our work brought about the advantages introduced by the multi-agent systems technology to the high-level of abstraction, modularity and performance of the server architecture and its implementation. On the server side, bids submitted by auction participants are handled by a hierarchical organization of agents that can be efficiently distributed on a computer network. This approach avoids the bottlenecks of bid processing that might occur during periods of heavy bidding, like for example snipping. We present experimental results that show a significant improvement of the server throughput compared with the architecture where a single auction manager agent is used for coordinating the participants for each active auction that is registered with the server. The second part of our work involved analysis of external functionalities, implementation and usability of a prototype online auction system that incorporates the Agent-based Auction Server. Our solution is outlined in terms of information flow management and its relation to the functionalities of the system. The main outcome of this part of the work is a clean specification of the information exchanges between the agent and non-agent software components of the system. Special attention is also given to the interoperability, understood here as successful integration of the different data communication protocols and software technologies that we employed for the implementation of the system

Rancang Bangun Sistem Informasi Inventaris Berbasis Multimedia Akses Online

Inventory management manually inhibit the performance of institutions.This research was aimed at developing a multimedia-based inventory information system program that can meet users\u27 specific needs. The information system program was developed on multimedia basis to produce output of inventory data in the form of 3D texts and visuals that are accessible online to multi users. The development research adopted the SLDC method. Initially, the program was developed using XAMPP as the local web server that includes Apache Web Server, PHP Script Language, MySQL Database, and phpMyAdmin Database Manager.Data were collected through observation, interviews and document study of educational institutions and public institutions. The program\u27s feasibility was tested by Stub Testing, Unit Testing, Black Box Testing, and White Box Testing, as well as Integration Testing. Its execution includes access modules with system login as the main access gate. The program database scheme includes (1) System Login, (2) Menu Manager,(3) Data Entry, (4) Circulation or Transaction, (5) Maintenance, and (6) Report. The information system model is capable of presenting information in the form of texts or images, and the data input uses the barcode system.The system provides access to a menu of top-down and bottom-up to facilitate the use and meet the specific needs and complete. The system was designed as an open source program, so it is open to development for studio or workshopand library information system

Next-Generation EU DataGrid Data Management Services

We describe the architecture and initial implementation of the next-generation of Grid Data Management Middleware in the EU DataGrid (EDG) project. The new architecture stems out of our experience and the users requirements gathered during the two years of running our initial set of Grid Data Management Services. All of our new services are based on the Web Service technology paradigm, very much in line with the emerging Open Grid Services Architecture (OGSA). We have modularized our components and invested a great amount of effort towards a secure, extensible and robust service, starting from the design but also using a streamlined build and testing framework. Our service components are: Replica Location Service, Replica Metadata Service, Replica Optimization Service, Replica Subscription and high-level replica management. The service security infrastructure is fully GSI-enabled, hence compatible with the existing Globus Toolkit 2-based services; moreover, it allows for fine-grained authorization mechanisms that can be adjusted depending on the service semantics.Comment: Talk from the 2003 Computing in High Energy and Nuclear Physics (CHEP03), La Jolla,Ca, USA, March 2003 8 pages, LaTeX, the file contains all LaTeX sources - figures are in the directory "figures