Document Object Model

exposed to new scientific discoveries that were not welcomed by the church. For decades, people believed and did everything the Roman Catholic Church told them because there were no documents or no other proof of scientific knowledge to go on. Friendship should be spread through the whole world of learning…(Document 9)” You will learn better if you are friends because you can exchange information and find out more than if you were enemies. The Roman Catholic Church was threatening by the Scientific

period of time. This is the main reason we used the digital forensic analysis of documents technique where complex task is accomplished using a simpler approach. Such type of analysis technique includes document clustering. So, clustering algorithms play very important role for efficient results. In this paper we used proposed novel approach to achieve more efficient document clustering in forensic analysis. Keywords: Document Clustering, Forensic Analysis, Investigation, Data Mining. 1. Introduction:

Lab 2: Work with Dictionary and Create Relational Database (60 pts.) iLAB OVERVIEW Scenario and Summary In this lab, you will prepare a Data Dictionary based on the list of elements. Also, your task will be determined the tables, their relationships, primary and foreign keys. Based on this analysis, you will create Database Schema, relational tables, Entity –Relational Diagram (ERD), establish connection to your local MySQL Server, create physical database and insert data to the tables. MySQL provides

A Report on ‘PeopleProfile Web Service – Database objects implementation’ At American Express India Pvt. Ltd. Submitted by Priya Venkatraman PRN: 14030241027 MBA (IT Business Management) (2014-2016) Symbiosis Centre for Information Technology (A constituent member of Symbiosis International University (SIU), est., under Section 3 of UGC Act, 1956 by Notification No. F.9-12/2001-U-3 of Govt. of India) Year of submission 2015 Symbiosis Centre for Information Technology A constituent

UML Question 1 - What is UML? UML which stands for Unified Model Language is a developmental modelling language that allows the user to specify and visualise document models of software systems. UML comes in a large amount of tools that allow you to analyse your applications future requirements and develop a solution to achieve these requirements. The current version of Unified Modeling Language version contains thirteen different types of diagrams that can be separated into three categories: Structure

2. Given a situation containing entities, business rules, and data requirements, create the conceptual model of the database using a database modeling tool. Scenario: You have been asked to create two conceptual database models using MS Visio Database Model Diagram Template. The purpose of this lab is to have you gain familiarity with the various modeling tools needed to create a conceptual model (entity relationship diagram) of a

implementation perspective like key store, columnar and document oriented. This

What Use Case Diagram is one of the models of UML Language that is used to analyze, construct, design, and document the artefacts of Software Systems. Use case Diagram is one of the five models of UML Diagram that models and captures the dynamic behaviour of the software system. Components of Use Case Diagrams Actor: It is an external entity that is present outside the model but interacts with the system. They perform the functionalities captured within the use cases. Use Case: Use Cases capture

Analysts - Project Manager - Testers - Designers - Reviewers Activity - Describes a piece of work a worker performs - is something that a role does which provides a meaningful result in making the project - Staff the project - Review the design - Object design - Detail a use case Artifact - is basically a work product of the process: roles use artifacts to perform activities, and produce artifacts in the course of performing activities - Request For Proposal - Software Requirements Specification

can be broken down to five approaches which include Model-Driven Analysis, Accelerated System Analysis Approach, Requirement Discovery Approach Methods, Business Process Redesign and Fast System Analysis. In this report, approaches and techniques that are used to make System Analysis possible are discussed. 2. Model-driven Approach Model-driven Analysis is a problem solving approach that emphasizes the drawing of pictorial system models to document and validate existing or proposed systems with the