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History of database with technology
The evolution of database management systems
History of database with technology
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Database Processing Applications
Computers are one of the most important things of everyday life. However, for most of us do not realize that the thing inside of that computer that makes the computer what it is. The thing that helps us communicate and create with a computer is the applications in which we install on the computer that give the computer its personal. One application is the one that companies use to store; share data on a database system, in order to be successful called a database processing application. Database processing applications can be defined by their history, environment as well as web processing application.
In order to understand database processing application, first we must look at the history of database processing and how it evolved in the technology world. Originally database processing was used in major corporations and large organizations as the basis of large transaction-processing systems. These systems where called file-processing. However, as the larger corporations were processing a phenomenal amount of data in the file-processing system, the data was becoming impossible to manage. Therefore, in 1960, the first applications of databases created were to resolve the problems with the file processing systems. Likewise, the new system was also a problem because of the development difficulties. However, management continued to push in order to have a more effective way to relate data from one file system to another easier (Kean University, 2013).
At first the limitations of file processing prevented the ease of integration of data. Larger companies began to develop organizational data databases that focused more on operational data in departments such as accounting to manage orders, inventory, an...
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... database processing and other processing applications come around as databases continue to grow. One of the evolutions that are happening now is the infusions of database storage with the decision support system. A database can make a connection or determine relationships on its own with minimal human intervention (Databases: Past, Present, and Future, 2013).
Works Cited
Databases: Past, Present, and Future. (2013). Paragon Corporation, http://www.paragoncorporation.com/ArticleDetail.aspx?ArticleID=20.
Kean University. (2013). The History of Database, http://www.kean.edu/~rmelworm/3040-00/LuoDatabaseTimeLine.html.
David M. Kroenke, D. J. (2013). Database Processing Applications. In D. J. David M. Kroenke, Database Concepts (pp. 357 - 400). New Jersey: Pearson.
Yi Li, K. (2013). Performance Issues of a Web Database. http://bscorpio.tripod.com/my/dexa163.pdf.
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.
In 1977, Larry Ellison, Bob Miner, and Ed Oates founded System Development Laboratories. After being inspired by a research paper written in 1970 by an IBM researcher titled “A Relational Model of Data for Large Shared Data Banks” they decided to build a new type of database called a relational database system. The original project on the relational database system was for the government (Central Intelligence Agency) and was dubbed ‘Oracle.’ They thought this would be appropriate because the meaning of Oracle is source of wisdom.
As the internet is becoming faster and faster, an operating system (OS) is needed to manage the data in computers. An Operating system can be considered to be a set of programed codes that are created to control hardware such as computers. In 1985 Windows was established as an operating system and a year earlier Mac OS was established, and they have dominated the market of the computer programs since that time. Although, many companies have provided other operating systems, most users still prefer Mac as the most secured system and windows as it provides more multiple functions. This essay will demonstrate the differences between windows
Databases contain sensitive and important information about an organization. The basic element of any organization is to protect these information resources that support the critical operations of the organization from unauthorized access, modification, or disclosure.
Companies employ a number of data collecting methods across their many departments. In order to be useful data needs to be in the same format, with clear description so what they are, checked for validity, and redundant files compiled. This can take time since just an accounts payable department could have phone messages, emailed messages, and typed messages that all need to be changed and documented. Failure to understand and prepare data properly can lead to false results and wasted time both of which hurt the company (Olsen & Delen,
[7] Elmasri & Navathe. Fundamentals of database systems, 4th edition. Addison-Wesley, Redwood City, CA. 2004.
First of all, business intelligence analysis requires the capturing of information and storing in a single location for effective data analysis. Currently, data analysis is supported by transactional systems, business specific data marts, and other ad-hoc processes. Information is distributed making it difficult and time-consuming to access. Business teams have adapted to this environment by creating user maintained databases and manual “work-arounds” to support new types of reporting and analysis. This has resulted in inconsistent data, redundant data storage, significant resource use for maintenance, and inefficient response to changing business needs.
For managing and analyzing, data is a crucial part for any business or an organization. In this department people uses information software’s and systems to collect, analyze, filter and distribute informational data of a business to the higher authorities to prepare strategies and roadmap for a business.
Databases’ have become a instrumental component within the information technology community, but securing databases has become a issue that reigns supreme throughout all industries and organizations that operate daily by utilizing the rewards offered thru their utilization. There are a number of database applications available for use, but with the use of a database: security, cost, skilled human resources, and scalability must all be factored into the overall selection process.
Hardware and software combined with several other devices work together to makes up a computer system. One part has little value without the other. The components need each other to fulfill their potential. The way the components interact allows people to use the computer to complete many different tasks (Ambrose, 2005, p. 58). The purpose of this assessment is to recognize computer system hardware components including devices that perform the functions of input, processing, data storage, and output. The document will briefly describe each of these functions and give examples of the device that perform them. Furthermore, it will mention and describe the different classes of computers as well as briefly describe two classes of software with their examples.
System performance is one of the most critical issues faced by companies dealing with vast amounts of data. Companies use database systems and their applications to store, retrieve and handle this data.
Deductive database systems are database management systems which are basically designed around a logical model of data. In this type of database systems deductions are made based on the rules and facts stored in the database. We use a language called Datalog which are typically used to specify facts,rules and queries in database. Deductive Database is an advanced form of relational database. When we compare deductive database with relational database we can find that deductive database is more expressive than relational database but, when it is compared to logic programming system it is less expressive. These type of databases use many of the concepts which are specified in logic programming; rules and facts specified in the deductive database language. Deductive database have the additional feature of storing rules that enable inferences based on the stored data to be made. The explicit information is stored in the same manner as that of a relational database. So, deductive are mainly useful and more capable of storing large amounts of information and also perform reasoning based on the acquired information. Deductive has an additional i.e. it is declarative too. Instead of showing how to perform the operation it allows the user to query or update by saying what he or she wants.
Prior to the start of the Information Age in the late 20th century, businesses had to collect data from non-automated sources. Businesses then lacked the computing resources necessary to properly analyze the data, and as a result, companies often made business d...
In our world, people rely heavily on the power of technology every day. Kids are learning how to operate an iPad before they can even say their first word. School assignments have become virtual, making it possible to do anywhere in the world. We can receive information from across the world in less than a second with the touch of a button. Technology is a big part of our lives, and without it life just becomes a lot harder. Just like our phones have such an importance to us in our daily lives, database management systems are the same for businesses. Without this important software, it would be almost impossible for companies to complete simple daily tasks with such ease.
These approaches also have some limitations, in part due to differences between web applications and systems developed and operated under more traditional paradigms. Among these differences, we consider three in particular.