The Information Age has emerged with speed, excitement, and great promise. The electronic eyes and ears of technology follow us everywhere. There are those enamored with the rush of technology, who b elieve that the best of worlds is one in which everyone can peer into everyone else's lives. In fact, we now live in a world consumed with "the ecstacy of communication" (Karaim 76). Americans line up to reveal their darkest secrets of their m ost intimate moments, or just "hang out their dirty laundry" on the numerous television talk shows. The more exposure, the better. So it may be absurd that we should worry that our privacy is being endangered, our personal life and even our se crets made public. The loss of privacy is on the fast track, and the high-tech Information Age is a willing conspirator. Somebody, somewhere, may know something about you that you'd prefer to keep private: how much you earn a year, what you paid for yo ur car or house, whether you've had certain diseases, what your job history is. Your medical, financial, consumer, and employment records are in computers and may be flying through cyberspace without your knowledge or consent. Electronic progress has been miraculous, even exciting, but with it problems evolve. One of the greatest is the threat to people's personal privacy. The Automatic Teller Machine (ATM) was developed in the 1980's to give people an easier way to de posit and withdraw cash that they had in the bank. Everyone who has an account is assigned a secret PIN number, but someone in the bank has access to clients' financial records in the electronic database. Another type of new technology is the ele ctronic tolls used on the nation's highways. Drivers can pay tolls... ... middle of paper ... ...e, Citing Risk to Privacy." New York Times 10 April 1997: 15A. "Privacy and the Internet: Intrusion, Surveillance and Personal Data." International Review of Law, Computers & Technology Oct. 1996: 219-235. "Privacy: Entitlement or Illusion?" Personnel Journal May 1996: 74-81. Quittner, Joshua. "Invasion of Privacy." Time 25 Aug. 1997: 28-35. Rinderfleisch, Thomas C. "Privacy, Information Technology, and Health Care." Communications of the ACM Aug. 1997: 93-100. "Take Back Your Data Campaign." [http://www.ACLU.org] 26 Oct. 1997. Thomas, Susan Gregory. "the Networked Family." U.S. News & World Report 1 Dec. 1997: 66-80. "We Know You're Reading This." Economist 10 Feb. 1996: 28. Wildstrom, Stephen H. "They're Watching You Online." Business Week 11 Nov. 1996: 19. "Workplace in America." [http://www.ACLU.org] 26 Oct 1997.
Dagar, Anil. “Internet, Economy and Privacy.” Fung Institute for Engineering Leadership. 16 April 2013. Web.
The data warehouse is part of the data provisioning function. It could be described as a big depository. Data warehouse must provide interfaces that accept transaction data from different types of transaction processing systems and move them into the warehouse environment. During this process that data are tested and validated to assure that only high quality data are accepted.
When we mention the word ‘privacy’, we mean that there is something very personal about ourselves. Something that we think others are not supposed to know, or, we do not want them to. Nevertheless, why is it so? Why are people so reluctant to let others know about them entirely? This is because either they are afraid of people doing them harm or they are scared that people may treat them differently after their secrets are known. Without privacy, the democratic system that we know would not exist. Privacy is one of the fundamental values on which our country was established. Moreover, with the internet gaining such popularity, privacy has become a thing of the past. People have come to accept that strangers can view personal information about them on social networking sites such as Facebook, and companies and the government are constantly viewing a person’s activity online for a variety of reasons. From sending email, applying for a job, or even using the telephone, Americans right to privacy is in danger. Personal and professional information is being stored, link, transferred, shared, and even sold. Various websites, the government and its agencies, and hospitals are infringing our privacy without our permission or knowledge.
Oracle's relational databases represent a new and exciting database technology and philosophy on campus. As the Oracle development projects continue to impact on University applications, more and more users will realize the power and capabilities of relational database technology.
Ever since day one, people have been developing and creating all sorts of new methods and machines to help better everyday life in one way or another. Who can forget the invention of the ever-wondrous telephone? And we can’t forget how innovative and life-changing computers have been. However, while all machines have their positive uses, there can also be many negatives depending on how one uses said machines, wiretapping in on phone conversations, using spyware to quietly survey every keystroke and click one makes, and many other methods of unwanted snooping have arisen. As a result, laws have been made to make sure these negative uses are not taken advantage of by anyone.
Later, IBM developed its’ own version of DBMS and called it the Information Management System (IMS) DBMS. IMS eventually formed the structure for an alternative data representation framework called the hierarchical data model. This new system allowed several people to access the same data through a computer network.
The issue on privacy is extremely controversial in today’s world. As the United States’ use of the internet, a global web of interconnected computer networks, expands, so does its problem with privacy invasion. With the U.S. pushing for new laws governing internet use, citizens are finding their privacy being pulled right from underneath them. Web users are buying and selling personal information online as well as hacking users for more information. One may argue that there is no such thing as privacy on the internet, but privacy is a right among Americans, and should be treated as such.
LeRoux, Yves. "Privacy concerns in the digital world." 03 Oct 2013. Computer Weekly. 24 April 2014 .
Powell, Robert. "Four Ways Technology Invades Your Privacy." Lovemoney.com. N.p., 5 Oct. 2011. Web. 15 Apr. 2014.
A Database Management System (DBMS) is a software system that uses a standard way of classifying, retrieving, and running queries on data. The DBMS functions is to manage any incoming data, organize it, and provide ways for the data to be modified or extracted by users or other programs. Some examples of DBMS are PostgreSQL, Microsoft Access, SQL Server, FileMaker, Oracle,Clipper and FoxPro. Since there are so many database management systems are available, so it is important to ensure that they communicate with each other. This is because, most database software comes with an Open Database Connectivity (ODBC) driver which allows the database to incorporate with other databases.
Determining the tables can be the trickiest step in the database – the reports you want to print, the forms you was to use, the questions you want answered – don’t necessarily provide clues about the structure of the tables that produce them.
Databases are becoming as common in the workplace as the stapler. Businesses use databases to keep track of payroll, vacations, inventory, and a multitude of other taske of which are to vast to mention here. Basically businesses use databases anytime a large amount of data must be stored in such a manor that it can easily be searched, categorized and recalled in different means that can be easily read and understood by the end user. Databases are used extensively where I work. In fact, since Hyperion Solutions is a database and financial intelligence software developing company we produce one. To keep the material within scope I shall narrow the use of databases down to what we use just in the Orlando office of Hyperion Solutions alone.
There are various terms that are associated with Enterprise Data Management. Some of these terms are UML, OLAP, OLTP, Data Warehouse, Data Mart and Multi-Tier Architecture. Subsequently, these terms were covered during the five week course of DMB405 and will be explained in further detail throughout the course of the paper. Although the paper will not be all inclusive to the detail of each term, it will touch upon the definition, their use and their place in Enterprise Data Management. The first term that will be discussed is UML and how it relates to the subject at hand.
The Database Management System (DBMS) is software that enables the users to define, create, maintain and control the access to the database. It is a software that interact with the user’s applications programs and it database. Meanwhile, information retrieval system is a system that involved the activity that the systems obtain the information. The obtaining information action need the information from it resources.
Data can be organized a specific way for each business to be able to get the best use. Employees can also access the system at the same time but in different ways. For example, the customer service team can pull up documents and keep track of complaints at the same time that the marketing team is in a