Adaptive Control System with Knowledge Server Project Report

Nowadays, within the intelligent machine tools scenario the human involvement was totally changed and replaced by the controllers. Especially in the last decade period many research works are carried out on this concept to get appropriate idea on ideal scenario but still the CNC information processing process was not changed rapidly. This paper will identify the actual requirements of intelligent CNC system in order to analyze and identify the technology advancements within this specific filed by making use of the different types of the adaptive control systems. Within this system, a new concept which is a cost effective one for the purpose of artificial intelligence referred to as Knowledge Server Controllers are been established through which the actual intelligent processing requirements of the devices can be solved for the purpose of processing the intelligent data. This particular KSC- Knowledge Server Controllers are been utilized within the open environment of CNC for the purpose of building the efficient intelligent CNC.

The actual parameters which can be controlled within the machines with use of Artificial Intelligence Model with online path generation facility are presented within this paper. The added advantages of this system are that the tools can be selected automatically and operational parameters can be set easily. It is even capable of generating the automatic funds according to the limitations of the machines which uses back step strategies for detecting the geometrical deflections by using the control algorithms. This system will be incorporated with the alternate devices in order to solve the problems mutually and to detect the breakage of tool wares. Finally, if the interface is been established among the adaptive control system micro controller as well as the artificial intelligence data based the entire communication parameters can be controlled by using the server knowledge by introducing the prototypes.

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Automatic Fuzzy Ontology Generation for Semantic Web Project Report

The main purpose of semantic web is to create the universal medium for the purpose of exchanging the information by inserting the documents within the semantics on internet within a specific manner. The Semantic web is having many capabilities through which they will be able to integrate the day to day trade mechanisms, daily updates associated with intelligent agents. Ontology can be considered as the domain concept that is capable of reading the different formats and it includes different resources such as individuals, characteristics, sayings as well as associations. Ontology is widely accepted technique that is been utilized as the specific standard knowledge resources for the purpose of supporting semantic web.

Ontology is widely used in Semantic webs for getting efficient information retrievals from the actual source system. In order to identify the improbability of the information ontology as well as web fuzzy logics can be associated together which is so called referred to as fuzzy ontology as the predefined hierarchy concept. Designing the hierarchy for the specific domains is not such a simple task and this proposed system will introduce a FOGA- fuzzy ontology generation framework which is capable of producing the automatic fuzzy ontology for the purpose of identifying the uncertainty of the information. This FOGA framework involves three different elements in it such as Fuzzy formal concept analysis, Concept hierarchy generation as well as Fuzzy ontology generation. The actual reasons for ontology enhancement towards the new data will be identified. In order to produce the ontology within the database the fuzzy logic technique will be used in this proposed system.

Hardware specifications

This system needs Intel Processor IV processor with 128MB Ram and 20GB hard disk along with 40x Samsung CD drive with 1.44 MB floppy disk including 15 Samtron color monitor with mercury keyboard and Logitech mouse.

 Software Specification

This system needs an operating system of Windows XP/2000  and the language required to perform the tasks are J2sdk1.4.0.

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Activity Management System Project Report

Nowadays, internet is playing important role in every sector of the world that has dramatically changed the entire prospects of the world. Internet can be considered as one of the successful technological inventions which is associated with important information’s prior to the development of networking as well as information sharing processes. This project is entitled with a title called Activity Management System designed for the purpose of prudential banks. This application is aimed to support the persons who are dealing with the persons opting for premiums offered in their prudential banks. The main beneficiaries of this system are the prudential agents who make the customers to buy their premiums. This system is an automotive system that is capable of updating the entire agent reports that includes different types of sales activities including client premium details. The entire progress of the client’s premium will be updated automatically within this system. 

Hardware Requirements 

The hardware requirements of this application are the Pentium III 800MHz processor with an 128MB RAM with 20GB hard disk along with 1.22MB with 3.5 floppy disk including the display with 600×800 pixel resolution along with mouse as well as key board.

Software Requirements

The software requirements of this system needs a Windows 2k family as operating system along with HTML, Java Script with J2EE, servelets, JSP, JDBC as well as Java Bean as front end tools including Apache Tomcat 5.0 as web server and finally SQL server as backend tool.

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Students Academic Record Management System

The main purpose of this academic record maintenance process is to support the educational institutions like schools, colleges and universities in saving their time and reducing paper work. This system will regularly update the student database studying in specific institution such as personal information, attendance, examination performance and certifications etc. By using this system colleges and schools can update the attendance of their students and send that data to their parents through inbuilt messages.

This project will be designed by making use of C++, Java, .net as well as which are capable of providing required support to the users about the information. This application can be used within various educational institutions such as colleges, universities and schools in order to store the student database.

Advantages of this system

The main advantage of this application it saves time for college people in maintaining the students record without any paper work and human made errors. This application is a cost effective process which saves the money on paper work for colleges and universities.

  Disadvantages of System

Server for this system needs huge data capacity to store the data which consumes more space over the disk and it needs more number of employees to manage all the tasks involved in it which needs internet support to perform all the activities.

 Hardware Requirements

This system needs a power system that has high memory space with HUB along with many LAN cables to build connection among the systems.

Software Requirements

The software requirements of this system need good operating system with Turboc++ along with VB or else software.

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